Critical Comprehension - HSPT Reading
Card 1 of 436
Adapted from The Adventures of Tom Sawyer by Mark Twain (1876)
Within two minutes, or even less, he had forgotten all his troubles. Not because his troubles were one whit less heavy and bitter to him than a man's are to a man, but because a new and powerful interest bore them down and drove them out of his mind for the time—just as men's misfortunes are forgotten in the excitement of new enterprises. This new interest was a valued novelty in whistling, which he had just acquired, and he was suffering to practice it undisturbed. It consisted in a peculiar bird-like turn, a sort of liquid warble, produced by touching the tongue to the roof of the mouth at short intervals in the midst of the music—the reader probably remembers how to do it, if he has ever been a boy. Diligence and attention soon gave him the knack of it, and he strode down the street with his mouth full of harmony and his soul full of gratitude. He felt much as an astronomer feels who has discovered a new planet—no doubt, as far as strong, deep, unalloyed pleasure is concerned, the advantage was with the boy, not the astronomer.
The summer evenings were long. It was not dark, yet. Presently Tom checked his whistle. A stranger was before him—a boy a shade larger than himself. A newcomer of any age or either sex was an impressive curiosity in the poor little shabby village of St. Petersburg. This boy was well-dressed, too—well-dressed on a weekday. This was simply astounding. His cap was a dainty thing, his close-buttoned blue cloth roundabout was new and natty, and so were his pantaloons. He had shoes on—and it was only Friday. He even wore a necktie, a bright bit of ribbon. He had a citified air about him that ate into Tom's vitals. The more Tom stared at the splendid marvel, the higher he turned up his nose at his finery and the shabbier and shabbier his own outfit seemed to him to grow. Neither boy spoke. If one moved, the other moved—but only sidewise, in a circle; they kept face to face and eye to eye all the time.
Why does Tom feel especially happy at the end of the first paragraph?
Adapted from The Adventures of Tom Sawyer by Mark Twain (1876)
Within two minutes, or even less, he had forgotten all his troubles. Not because his troubles were one whit less heavy and bitter to him than a man's are to a man, but because a new and powerful interest bore them down and drove them out of his mind for the time—just as men's misfortunes are forgotten in the excitement of new enterprises. This new interest was a valued novelty in whistling, which he had just acquired, and he was suffering to practice it undisturbed. It consisted in a peculiar bird-like turn, a sort of liquid warble, produced by touching the tongue to the roof of the mouth at short intervals in the midst of the music—the reader probably remembers how to do it, if he has ever been a boy. Diligence and attention soon gave him the knack of it, and he strode down the street with his mouth full of harmony and his soul full of gratitude. He felt much as an astronomer feels who has discovered a new planet—no doubt, as far as strong, deep, unalloyed pleasure is concerned, the advantage was with the boy, not the astronomer.
The summer evenings were long. It was not dark, yet. Presently Tom checked his whistle. A stranger was before him—a boy a shade larger than himself. A newcomer of any age or either sex was an impressive curiosity in the poor little shabby village of St. Petersburg. This boy was well-dressed, too—well-dressed on a weekday. This was simply astounding. His cap was a dainty thing, his close-buttoned blue cloth roundabout was new and natty, and so were his pantaloons. He had shoes on—and it was only Friday. He even wore a necktie, a bright bit of ribbon. He had a citified air about him that ate into Tom's vitals. The more Tom stared at the splendid marvel, the higher he turned up his nose at his finery and the shabbier and shabbier his own outfit seemed to him to grow. Neither boy spoke. If one moved, the other moved—but only sidewise, in a circle; they kept face to face and eye to eye all the time.
Why does Tom feel especially happy at the end of the first paragraph?
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In the middle of the first paragraph, we are told, "This new interest was a valued novelty in whistling, which he had just acquired, and he was suffering to practice it undisturbed." So, we know that Tom is practicing how to whistle. Near the end of the paragraph, we are told, "Diligence and attention soon gave him the knack of it, and he strode down the street with his mouth full of harmony and his soul full of gratitude." So, Tom feels especially happy at the end of the passage's first paragraph because he has learned to whistle.
In the middle of the first paragraph, we are told, "This new interest was a valued novelty in whistling, which he had just acquired, and he was suffering to practice it undisturbed." So, we know that Tom is practicing how to whistle. Near the end of the paragraph, we are told, "Diligence and attention soon gave him the knack of it, and he strode down the street with his mouth full of harmony and his soul full of gratitude." So, Tom feels especially happy at the end of the passage's first paragraph because he has learned to whistle.
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Adapted from "The Study of Poetry" in Essays in Criticism: Second Series by Matthew Arnold (1888)
"The future of poetry is immense because in poetry, where it is worthy of its high destinies, humanity, as time goes on, will find an ever surer and surer stay. There is not a creed which is not shaken, not an accredited dogma which is not shown to be questionable, not a received tradition which does not threaten to dissolve. Our religion has materialized itself in the fact, in the supposed fact; it has attached its emotion to the fact, and now the fact is failing it. But for poetry the idea is everything; the rest is a world of illusion, of divine illusion. Poetry attaches its emotion to the idea; the idea is the fact. The strongest part of our religion today is its unconscious poetry."
Let me be permitted to quote these words of my own as uttering the thought which should, in my opinion, go with us and govern us in all our study of poetry. We should conceive of poetry worthily, and more highly than it has been the custom to conceive of it. We should conceive of it as capable of higher uses, and called to higher destinies, than those which in general men have assigned to it hitherto. More and more mankind will discover that we have to turn to poetry to interpret life for us, to console us, to sustain us. Without poetry, our science will appear incomplete, and most of what now passes with us for religion and philosophy will be replaced by poetry. Science, I say, will appear incomplete without it. For finely and truly does Wordsworth call poetry “the impassioned expression which is in the countenance of all science,” and what is a countenance without its expression? Again, Wordsworth finely and truly calls poetry “the breath and finer spirit of all knowledge”; our religion, parading evidences such as those on which the popular mind relies now; our philosophy, pluming itself on its reasonings about causation and finite and infinite being; what are they but the shadows and dreams and false shows of knowledge?
It can be inferred that the clause underlined in the first paragraph, "But for poetry, the idea is everything," most nearly means .
Adapted from "The Study of Poetry" in Essays in Criticism: Second Series by Matthew Arnold (1888)
"The future of poetry is immense because in poetry, where it is worthy of its high destinies, humanity, as time goes on, will find an ever surer and surer stay. There is not a creed which is not shaken, not an accredited dogma which is not shown to be questionable, not a received tradition which does not threaten to dissolve. Our religion has materialized itself in the fact, in the supposed fact; it has attached its emotion to the fact, and now the fact is failing it. But for poetry the idea is everything; the rest is a world of illusion, of divine illusion. Poetry attaches its emotion to the idea; the idea is the fact. The strongest part of our religion today is its unconscious poetry."
Let me be permitted to quote these words of my own as uttering the thought which should, in my opinion, go with us and govern us in all our study of poetry. We should conceive of poetry worthily, and more highly than it has been the custom to conceive of it. We should conceive of it as capable of higher uses, and called to higher destinies, than those which in general men have assigned to it hitherto. More and more mankind will discover that we have to turn to poetry to interpret life for us, to console us, to sustain us. Without poetry, our science will appear incomplete, and most of what now passes with us for religion and philosophy will be replaced by poetry. Science, I say, will appear incomplete without it. For finely and truly does Wordsworth call poetry “the impassioned expression which is in the countenance of all science,” and what is a countenance without its expression? Again, Wordsworth finely and truly calls poetry “the breath and finer spirit of all knowledge”; our religion, parading evidences such as those on which the popular mind relies now; our philosophy, pluming itself on its reasonings about causation and finite and infinite being; what are they but the shadows and dreams and false shows of knowledge?
It can be inferred that the clause underlined in the first paragraph, "But for poetry, the idea is everything," most nearly means .
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To best understand this line, you need to consider it in the context in which appears—that is, you need to pay attention to the lines surrounding it. The fact that it starts with "But" and instantiates a comaprison is a clue that context is particularly important here. Consider the line alongside the lines that come immediately before and after it:
"'Our religion has materialized itself in the fact, in the supposed fact; it has attached its emotion to the fact, and now the fact is failing it. But for poetry the idea is everything; the rest is a world of illusion, of divine illusion. Poetry attaches its emotion to the idea; the idea is the fact.'"
The contrast Arnold is drawing here contrasts religion's association with "the fact" with poetry's association with "the idea"—for poetry, Arnold argues, "the idea is the fact," or in other words, ideas are held the same central place in poetry that fact holds in religion. Thus, the correct answer choice is "ideas are to poetry what fact is to religion." This is the only answer choice that correctly reflects the comparison that the author is drawing.
To best understand this line, you need to consider it in the context in which appears—that is, you need to pay attention to the lines surrounding it. The fact that it starts with "But" and instantiates a comaprison is a clue that context is particularly important here. Consider the line alongside the lines that come immediately before and after it:
"'Our religion has materialized itself in the fact, in the supposed fact; it has attached its emotion to the fact, and now the fact is failing it. But for poetry the idea is everything; the rest is a world of illusion, of divine illusion. Poetry attaches its emotion to the idea; the idea is the fact.'"
The contrast Arnold is drawing here contrasts religion's association with "the fact" with poetry's association with "the idea"—for poetry, Arnold argues, "the idea is the fact," or in other words, ideas are held the same central place in poetry that fact holds in religion. Thus, the correct answer choice is "ideas are to poetry what fact is to religion." This is the only answer choice that correctly reflects the comparison that the author is drawing.
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"A Short History of Recent Zoos" by Will Floyd
Throughout the twentieth century, zoos underwent large-scale transformations. Before World War I, zoos were small parts of larger municipal parks, and featured sparse cages with little room for their inhabitants. This model held sway until mid-century, with many zoos struggling to remain open during the Great Depression and World War II. The successful zoos survived through making themselves cheap family entertainment. In the 1960s, zoos began to change in drastic ways. With the growing strength of environmental and animal rights movements, the public clamored for more naturalistic and spacious environments in which the animals could live.
The most emblematic of these transformations was the development of the Los Angeles Zoo. In 1966, the cramped and antiquated zoo used grants from the city government to move to a brand-new facility. Although the zoo moved just two miles away, the new location was exponentially bigger, and it featured fresh landscapes that resembled the animals’ natural habitats, instead of dilapidated cages. As the Los Angeles Zoo developed, it was able to work on preservation and conservation efforts for endangered species. New educational programs also became key elements of the Zoo’s mission. Now the old Zoo’s cages stand as ruins and reminders of what past generations saw when they visited years ago.
The main idea of the passage is .
"A Short History of Recent Zoos" by Will Floyd
Throughout the twentieth century, zoos underwent large-scale transformations. Before World War I, zoos were small parts of larger municipal parks, and featured sparse cages with little room for their inhabitants. This model held sway until mid-century, with many zoos struggling to remain open during the Great Depression and World War II. The successful zoos survived through making themselves cheap family entertainment. In the 1960s, zoos began to change in drastic ways. With the growing strength of environmental and animal rights movements, the public clamored for more naturalistic and spacious environments in which the animals could live.
The most emblematic of these transformations was the development of the Los Angeles Zoo. In 1966, the cramped and antiquated zoo used grants from the city government to move to a brand-new facility. Although the zoo moved just two miles away, the new location was exponentially bigger, and it featured fresh landscapes that resembled the animals’ natural habitats, instead of dilapidated cages. As the Los Angeles Zoo developed, it was able to work on preservation and conservation efforts for endangered species. New educational programs also became key elements of the Zoo’s mission. Now the old Zoo’s cages stand as ruins and reminders of what past generations saw when they visited years ago.
The main idea of the passage is .
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The opening sentence of the passage notes zoos' "large scale transformations," while the final sentence notes "reminders" of what zoos were like "years ago." In between, the author repeatedly focuses on how and why zoos changed in the twentieth century.
The opening sentence of the passage notes zoos' "large scale transformations," while the final sentence notes "reminders" of what zoos were like "years ago." In between, the author repeatedly focuses on how and why zoos changed in the twentieth century.
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Adapted from The Spoiled Children of Civilization (1912) by Samuel McChord Crothers
To spoil a child is no easy task, for Nature is all the time working on behalf of the childish virtues and veracities, and is gently correcting the abnormalities of education. Still it can be done. The secret of it is never to let the child alone, and to insist on doing for him all that he would otherwise do for himself—and more.
In that "more" is the spoiling power. The child must be early made acquainted with the feeling of satiety. There must be too much of everything. If he were left to himself to any extent, this would be an unknown experience. For he is a hungry little creature, with a growing appetite, and naturally is busy ministering to his own needs. He is always doing something for himself, and enjoys the exercise. The little egoist, even when he has "no language but a cry," uses that language to make known to the world that he wants something and wants it very much. As his wants increase, his exertions increase also. Arms and legs, fingers and toes, muscles and nerves and busy brain are all at work to get something which he desires. He is a mechanic fashioning his little world to his own uses. He is a despot who insists on his divine right to rule the subservient creatures around him. He is an inventor devising ways and means to secure all the ends which he has the wit to see. That these great works on which he has set his heart end in self is obvious enough, but we forgive him. Altruism will come in its own time if we can train ourselves.
In this passage the author emphasizes which aspect of the child?
Adapted from The Spoiled Children of Civilization (1912) by Samuel McChord Crothers
To spoil a child is no easy task, for Nature is all the time working on behalf of the childish virtues and veracities, and is gently correcting the abnormalities of education. Still it can be done. The secret of it is never to let the child alone, and to insist on doing for him all that he would otherwise do for himself—and more.
In that "more" is the spoiling power. The child must be early made acquainted with the feeling of satiety. There must be too much of everything. If he were left to himself to any extent, this would be an unknown experience. For he is a hungry little creature, with a growing appetite, and naturally is busy ministering to his own needs. He is always doing something for himself, and enjoys the exercise. The little egoist, even when he has "no language but a cry," uses that language to make known to the world that he wants something and wants it very much. As his wants increase, his exertions increase also. Arms and legs, fingers and toes, muscles and nerves and busy brain are all at work to get something which he desires. He is a mechanic fashioning his little world to his own uses. He is a despot who insists on his divine right to rule the subservient creatures around him. He is an inventor devising ways and means to secure all the ends which he has the wit to see. That these great works on which he has set his heart end in self is obvious enough, but we forgive him. Altruism will come in its own time if we can train ourselves.
In this passage the author emphasizes which aspect of the child?
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The entirety of the second paragraph focuses on developing the argument that children are initially driven by the fulfillment of their wants and needs. The author describes, for example, how a child is “always naturally busy ministering to his own needs. He is always doing something for himself, and enjoys the exercise.” The author makes brief mention of the child’s growth, but no mention of intelligence, health or aversions.
The entirety of the second paragraph focuses on developing the argument that children are initially driven by the fulfillment of their wants and needs. The author describes, for example, how a child is “always naturally busy ministering to his own needs. He is always doing something for himself, and enjoys the exercise.” The author makes brief mention of the child’s growth, but no mention of intelligence, health or aversions.
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"The Sociology of Deviance" by Joseph Ritchie (2014)
Sociologically, deviance is defined as behaviors or actions that violate informal or formal social sanctions. A formal social sanction is one set by a proper authority, such as a state or federal legislature. Formal laws and sanctions are often enforced and propagated by an official body or organization, such as police departments and court houses. Informal sanctions are known as "folkways" and "mores." Informal sanctions are not proposed as law and are enforced by informal means such as exclusion, avoidance, or negative sentiments. Deviance and the enforcement of social norms, both formal and informal, play important roles in the construction of society and its values.
Sociologist Emile Durkheim hypothesized that deviance is an important and necessary part of the organization of society. He stated that deviance performs the following functions: it affirms cultural norms, defines moral boundaries, strengthens society’s bonds through its enforcement, and advances social revolution. This is considered to be a structural-functionalist theory because it outlines deviance’s function in the structure and construction of society.
Robert Merton outlined deviance as the product of the interactions between an individual’s cultural goals and the means to obtain these goals as produced by society or institutions. Cultural goals can be described as financial success, acquisition of academic degrees, or the pursuit of "the American Dream." Institutionalized means are best described as society’s proposed paths to achieve cultural goals. Merton hypothesized that the acceptance or rejection of cultural goals and institutionalized means of achievement defined an individual’s level of deviance. Conformists accept cultural norms and institutionalized means while retreatists reject both norms and means. An innovator will accept cultural goals but reject the institutionalized means to obtain them. A ritualist will embrace the rules set forth by society but will lose sight of and reject cultural norms. Lastly, rebellious individuals will create a counter-culture that not only rejects a society's goals and means, but also creates new cultural norms and means to achieve these goals.
Deviance plays a role in society that has been studied by various sociologists. Some feel that it is a necessary element utilized in the structure and function of society, while others feel that it defines an individual’s outlook on societal norms and means of achievement. Deviance can be described as behavior that goes against the grain of conduct deemed acceptable by society. The phenomena that exist in its composition and purpose will continue to be studied by researchers in an effort to better understand society and culture.
"Folkways"and "mores" are best described as which of the following terms?
"The Sociology of Deviance" by Joseph Ritchie (2014)
Sociologically, deviance is defined as behaviors or actions that violate informal or formal social sanctions. A formal social sanction is one set by a proper authority, such as a state or federal legislature. Formal laws and sanctions are often enforced and propagated by an official body or organization, such as police departments and court houses. Informal sanctions are known as "folkways" and "mores." Informal sanctions are not proposed as law and are enforced by informal means such as exclusion, avoidance, or negative sentiments. Deviance and the enforcement of social norms, both formal and informal, play important roles in the construction of society and its values.
Sociologist Emile Durkheim hypothesized that deviance is an important and necessary part of the organization of society. He stated that deviance performs the following functions: it affirms cultural norms, defines moral boundaries, strengthens society’s bonds through its enforcement, and advances social revolution. This is considered to be a structural-functionalist theory because it outlines deviance’s function in the structure and construction of society.
Robert Merton outlined deviance as the product of the interactions between an individual’s cultural goals and the means to obtain these goals as produced by society or institutions. Cultural goals can be described as financial success, acquisition of academic degrees, or the pursuit of "the American Dream." Institutionalized means are best described as society’s proposed paths to achieve cultural goals. Merton hypothesized that the acceptance or rejection of cultural goals and institutionalized means of achievement defined an individual’s level of deviance. Conformists accept cultural norms and institutionalized means while retreatists reject both norms and means. An innovator will accept cultural goals but reject the institutionalized means to obtain them. A ritualist will embrace the rules set forth by society but will lose sight of and reject cultural norms. Lastly, rebellious individuals will create a counter-culture that not only rejects a society's goals and means, but also creates new cultural norms and means to achieve these goals.
Deviance plays a role in society that has been studied by various sociologists. Some feel that it is a necessary element utilized in the structure and function of society, while others feel that it defines an individual’s outlook on societal norms and means of achievement. Deviance can be described as behavior that goes against the grain of conduct deemed acceptable by society. The phenomena that exist in its composition and purpose will continue to be studied by researchers in an effort to better understand society and culture.
"Folkways"and "mores" are best described as which of the following terms?
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In its first paragraph, the passage describes "folkways"and "mores" as informal social sanctions. These informal sanctions are enforced by informal means. They are not proposed laws set forth by government legislature.
In its first paragraph, the passage describes "folkways"and "mores" as informal social sanctions. These informal sanctions are enforced by informal means. They are not proposed laws set forth by government legislature.
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"The Sociology of Deviance" by Joseph Ritchie (2014)
Sociologically, deviance is defined as behaviors or actions that violate informal or formal social sanctions. A formal social sanction is one set by a proper authority, such as a state or federal legislature. Formal laws and sanctions are often enforced and propagated by an official body or organization, such as police departments and court houses. Informal sanctions are known as "folkways" and "mores." Informal sanctions are not proposed as law and are enforced by informal means such as exclusion, avoidance, or negative sentiments. Deviance and the enforcement of social norms, both formal and informal, play important roles in the construction of society and its values.
Sociologist Emile Durkheim hypothesized that deviance is an important and necessary part of the organization of society. He stated that deviance performs the following functions: it affirms cultural norms, defines moral boundaries, strengthens society’s bonds through its enforcement, and advances social revolution. This is considered to be a structural-functionalist theory because it outlines deviance’s function in the structure and construction of society.
Robert Merton outlined deviance as the product of the interactions between an individual’s cultural goals and the means to obtain these goals as produced by society or institutions. Cultural goals can be described as financial success, acquisition of academic degrees, or the pursuit of "the American Dream." Institutionalized means are best described as society’s proposed paths to achieve cultural goals. Merton hypothesized that the acceptance or rejection of cultural goals and institutionalized means of achievement defined an individual’s level of deviance. Conformists accept cultural norms and institutionalized means while retreatists reject both norms and means. An innovator will accept cultural goals but reject the institutionalized means to obtain them. A ritualist will embrace the rules set forth by society but will lose sight of and reject cultural norms. Lastly, rebellious individuals will create a counter-culture that not only rejects a society's goals and means, but also creates new cultural norms and means to achieve these goals.
Deviance plays a role in society that has been studied by various sociologists. Some feel that it is a necessary element utilized in the structure and function of society, while others feel that it defines an individual’s outlook on societal norms and means of achievement. Deviance can be described as behavior that goes against the grain of conduct deemed acceptable by society. The phenomena that exist in its composition and purpose will continue to be studied by researchers in an effort to better understand society and culture.
Which of the following statements correctly describes structural-functionist theory as it is presented in the passage?
"The Sociology of Deviance" by Joseph Ritchie (2014)
Sociologically, deviance is defined as behaviors or actions that violate informal or formal social sanctions. A formal social sanction is one set by a proper authority, such as a state or federal legislature. Formal laws and sanctions are often enforced and propagated by an official body or organization, such as police departments and court houses. Informal sanctions are known as "folkways" and "mores." Informal sanctions are not proposed as law and are enforced by informal means such as exclusion, avoidance, or negative sentiments. Deviance and the enforcement of social norms, both formal and informal, play important roles in the construction of society and its values.
Sociologist Emile Durkheim hypothesized that deviance is an important and necessary part of the organization of society. He stated that deviance performs the following functions: it affirms cultural norms, defines moral boundaries, strengthens society’s bonds through its enforcement, and advances social revolution. This is considered to be a structural-functionalist theory because it outlines deviance’s function in the structure and construction of society.
Robert Merton outlined deviance as the product of the interactions between an individual’s cultural goals and the means to obtain these goals as produced by society or institutions. Cultural goals can be described as financial success, acquisition of academic degrees, or the pursuit of "the American Dream." Institutionalized means are best described as society’s proposed paths to achieve cultural goals. Merton hypothesized that the acceptance or rejection of cultural goals and institutionalized means of achievement defined an individual’s level of deviance. Conformists accept cultural norms and institutionalized means while retreatists reject both norms and means. An innovator will accept cultural goals but reject the institutionalized means to obtain them. A ritualist will embrace the rules set forth by society but will lose sight of and reject cultural norms. Lastly, rebellious individuals will create a counter-culture that not only rejects a society's goals and means, but also creates new cultural norms and means to achieve these goals.
Deviance plays a role in society that has been studied by various sociologists. Some feel that it is a necessary element utilized in the structure and function of society, while others feel that it defines an individual’s outlook on societal norms and means of achievement. Deviance can be described as behavior that goes against the grain of conduct deemed acceptable by society. The phenomena that exist in its composition and purpose will continue to be studied by researchers in an effort to better understand society and culture.
Which of the following statements correctly describes structural-functionist theory as it is presented in the passage?
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Structural-functionist theory explores society by observing societal structures and their function within the organization and propogation of societal culture and norms. The second paragraph of the passage states that "structural-functionalist theory outlines deviance’s function in the structure and construction of society." This answer is very straightforward. A theory is structural-functionalist if it observes structures and their function within society.
Structural-functionist theory explores society by observing societal structures and their function within the organization and propogation of societal culture and norms. The second paragraph of the passage states that "structural-functionalist theory outlines deviance’s function in the structure and construction of society." This answer is very straightforward. A theory is structural-functionalist if it observes structures and their function within society.
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Adapted from A Modern History from the Time of Luther to the Fall of Napoleon by John Lord (1874)
For more than ten centuries, great struggles have been going on in society between the dominant orders and sects. The victories gained by the oppressed millions over their different masters, constitute what is called the progress of society. When any great order defended the cause of the people against the tyranny and selfishness of another order, then the people have advanced a step in civil and social freedom.
When feudalism weighed heavily upon the people, the clergy sought justice on their behalf. By the aid of the church, royalty also rose above feudalism, and aided the popular cause. The church, having gained the ascendency, sought then to enslave the kings of the earth. But royalty, borrowing help from humiliated nobles and from the people, became the dominant power in Europe.
In these struggles, the people acquired political importance. They had obtained a knowledge of their rights and of their strength; and they were determined to maintain them. They liked not the tyranny of either nobles, priests, or kings; but they bent all their energies to suppress the power of the latter, since the two former had been already humiliated.
The struggle of the people against royalty is preeminently the genius of the English Revolution. It is to be doubted whether any king could have resisted the storm of popular fury which hurled Charles from his throne. But no king could have managed worse than he; no king could be more unfortunately and unpropitiously placed, and his own imprudence and folly hastened the catastrophe.
The House of Commons, which had acquired great strength, spirit, and popularity during the reign of James, fully perceived the difficulties and necessities of Charles, but made no adequate or generous effort to relieve him from them. Some of the more turbulent rejoiced in them. They knew that kings, like other men, were selfish, and that it was not natural for people to part with their privileges and power without a struggle, even though this power was injurious to the interests of society. In the Middle Ages, barons, bishops, and popes had fought desperately in the struggle of classes; and it was only from their necessities that either kings or people had obtained what they demanded. King Charles, no more than Pope Boniface VIII, would surrender, as a boon to man, without compulsion, his supposed omnipotence.
According to the author, “social progress” is defined by .
Adapted from A Modern History from the Time of Luther to the Fall of Napoleon by John Lord (1874)
For more than ten centuries, great struggles have been going on in society between the dominant orders and sects. The victories gained by the oppressed millions over their different masters, constitute what is called the progress of society. When any great order defended the cause of the people against the tyranny and selfishness of another order, then the people have advanced a step in civil and social freedom.
When feudalism weighed heavily upon the people, the clergy sought justice on their behalf. By the aid of the church, royalty also rose above feudalism, and aided the popular cause. The church, having gained the ascendency, sought then to enslave the kings of the earth. But royalty, borrowing help from humiliated nobles and from the people, became the dominant power in Europe.
In these struggles, the people acquired political importance. They had obtained a knowledge of their rights and of their strength; and they were determined to maintain them. They liked not the tyranny of either nobles, priests, or kings; but they bent all their energies to suppress the power of the latter, since the two former had been already humiliated.
The struggle of the people against royalty is preeminently the genius of the English Revolution. It is to be doubted whether any king could have resisted the storm of popular fury which hurled Charles from his throne. But no king could have managed worse than he; no king could be more unfortunately and unpropitiously placed, and his own imprudence and folly hastened the catastrophe.
The House of Commons, which had acquired great strength, spirit, and popularity during the reign of James, fully perceived the difficulties and necessities of Charles, but made no adequate or generous effort to relieve him from them. Some of the more turbulent rejoiced in them. They knew that kings, like other men, were selfish, and that it was not natural for people to part with their privileges and power without a struggle, even though this power was injurious to the interests of society. In the Middle Ages, barons, bishops, and popes had fought desperately in the struggle of classes; and it was only from their necessities that either kings or people had obtained what they demanded. King Charles, no more than Pope Boniface VIII, would surrender, as a boon to man, without compulsion, his supposed omnipotence.
According to the author, “social progress” is defined by .
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In the opening paragraph, the author says, “The victories gained by the oppressed millions over their different masters constitute what is called the progress of society.” You can clearly see that, to the author, “social progress” is defined by the victories achieved by the oppressed over their oppressors. From the surrounding context, you might infer that the correct answer should be to do with religion or the clergy specifically, but this is just an example the author gives of how “social progress” has been achieved.
In the opening paragraph, the author says, “The victories gained by the oppressed millions over their different masters constitute what is called the progress of society.” You can clearly see that, to the author, “social progress” is defined by the victories achieved by the oppressed over their oppressors. From the surrounding context, you might infer that the correct answer should be to do with religion or the clergy specifically, but this is just an example the author gives of how “social progress” has been achieved.
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"The Aging of Public Transportation Systems" by Matthew Minerd (2013)
As cities develop, their public transportation systems often show signs of aging that are mixed with aspects that are quite up-to-date. An example of such a situation can be found in the transportation system in Washington DC. This system is made up of a mixture of buses and trains that connect people to locations in DC, Maryland, and Virginia. While the system has been well maintained and updated over the years, it still shows evidence that certain sections are older than others.
This is particularly noticeable when one considers the multiple lines that connect in Washington DC itself. Within the city, there are five different sets of tracks that run in various directions and to sundry places. A number of the newer lines are in excellent condition and rarely break down; however, the case of the red line is somewhat different. This oldest line of the metro train system often has issues because of its age, experiencing a number of track and signal issues even at rush hour when the overall system is its most efficient. Admittedly, the transportation authority is working to update this line and make it less problematic. Still, until this work is completed, it is obvious to all who are familiar with the metro train system that the red line is the oldest and most out of date.
What is the main idea that this passage seeks to express?
"The Aging of Public Transportation Systems" by Matthew Minerd (2013)
As cities develop, their public transportation systems often show signs of aging that are mixed with aspects that are quite up-to-date. An example of such a situation can be found in the transportation system in Washington DC. This system is made up of a mixture of buses and trains that connect people to locations in DC, Maryland, and Virginia. While the system has been well maintained and updated over the years, it still shows evidence that certain sections are older than others.
This is particularly noticeable when one considers the multiple lines that connect in Washington DC itself. Within the city, there are five different sets of tracks that run in various directions and to sundry places. A number of the newer lines are in excellent condition and rarely break down; however, the case of the red line is somewhat different. This oldest line of the metro train system often has issues because of its age, experiencing a number of track and signal issues even at rush hour when the overall system is its most efficient. Admittedly, the transportation authority is working to update this line and make it less problematic. Still, until this work is completed, it is obvious to all who are familiar with the metro train system that the red line is the oldest and most out of date.
What is the main idea that this passage seeks to express?
Tap to reveal answer
The main idea for this selection is directly state in the opening sentence: "As cities develop, their public transportation systems often show signs of aging that are mixed with aspects that are quite up-to-date." Although the second paragraph does focus on issues with the Washington DC red line, it likewise makes the point that this is in contrast to the newer lines that rarely break down; therefore, the best way to express the main idea of this selection is by stating, "Transportation systems in cities often are a mix of the old and the new, as is evident from the example of the Washington DC transportation system."
The main idea for this selection is directly state in the opening sentence: "As cities develop, their public transportation systems often show signs of aging that are mixed with aspects that are quite up-to-date." Although the second paragraph does focus on issues with the Washington DC red line, it likewise makes the point that this is in contrast to the newer lines that rarely break down; therefore, the best way to express the main idea of this selection is by stating, "Transportation systems in cities often are a mix of the old and the new, as is evident from the example of the Washington DC transportation system."
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"Comparing Technologies: A Difficult Endeavor" by Matthew Minerd (2014)
Comparisons of technology are often difficult to make, not only because of the rapid pace of improvements but also because of the many new applications that are available as time progresses. If we were to consider the contemporary graphing calculator and the calculation capacities of computing machines from fifty years ago, there would be astounding improvements between these two devices. However, the improvements are not reduced merely to speed improvements. A graphing calculator also has numerous output capacities that far exceed those available much older computers, none of which had the ability to represent their output in any manner even closely resembling that of contemporary devices. Merely consider the display capacities of such a device. These enable users to input many new kinds of information, enabling design engineers to design new hardware functions to match the new means of collecting user input.
The situation is even more obvious when one considers the numerous functions performed by a modern “smartphone.” These devices are equipped with a panoply of features. With all of these new functions come many new types of computational capabilities as well. In order to process images quickly, specialized hardware must be designed and software written for it in order to ensure that there are few issues with the phone’s operation. Indeed, the whole “real time” nature of telecommunications has exerted numerous pressures on the designers of computing devices. Layers of complexity, at all levels of production and development, are required to ensure that the phone can function in a synchronous manner. Gone are the days of asynchronous processing, when the computer user entered data into a mainframe, only to wait for a period of time before the processing results were provided. Today, even the smallest of digital devices must provide seamless service for users. The effects of this requirement are almost beyond number.
Which of the following best describes the contrast between newer and older calculating devices?
"Comparing Technologies: A Difficult Endeavor" by Matthew Minerd (2014)
Comparisons of technology are often difficult to make, not only because of the rapid pace of improvements but also because of the many new applications that are available as time progresses. If we were to consider the contemporary graphing calculator and the calculation capacities of computing machines from fifty years ago, there would be astounding improvements between these two devices. However, the improvements are not reduced merely to speed improvements. A graphing calculator also has numerous output capacities that far exceed those available much older computers, none of which had the ability to represent their output in any manner even closely resembling that of contemporary devices. Merely consider the display capacities of such a device. These enable users to input many new kinds of information, enabling design engineers to design new hardware functions to match the new means of collecting user input.
The situation is even more obvious when one considers the numerous functions performed by a modern “smartphone.” These devices are equipped with a panoply of features. With all of these new functions come many new types of computational capabilities as well. In order to process images quickly, specialized hardware must be designed and software written for it in order to ensure that there are few issues with the phone’s operation. Indeed, the whole “real time” nature of telecommunications has exerted numerous pressures on the designers of computing devices. Layers of complexity, at all levels of production and development, are required to ensure that the phone can function in a synchronous manner. Gone are the days of asynchronous processing, when the computer user entered data into a mainframe, only to wait for a period of time before the processing results were provided. Today, even the smallest of digital devices must provide seamless service for users. The effects of this requirement are almost beyond number.
Which of the following best describes the contrast between newer and older calculating devices?
Tap to reveal answer
In the selection, there are two key sentences: "However, the improvements are not reduced merely to speed improvements. A graphing calculator also has numerous output capacities that far exceed those available much older computers." The passage marks two points regarding the difference between the older and newer devices. They differ both with regard to speed and their ability to output data. The answer that speaks of having differing "capabilities" captures the distinction in output well enough for our answer. The other answers either bring in data not listed in our passage or are too narrow in scope.
In the selection, there are two key sentences: "However, the improvements are not reduced merely to speed improvements. A graphing calculator also has numerous output capacities that far exceed those available much older computers." The passage marks two points regarding the difference between the older and newer devices. They differ both with regard to speed and their ability to output data. The answer that speaks of having differing "capabilities" captures the distinction in output well enough for our answer. The other answers either bring in data not listed in our passage or are too narrow in scope.
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Adapted from “Some Strange Nurseries” by Grant Allen in A Book of Natural History (1902, ed. David Starr Jordan)
Among the larger lizards, a distinct difference may be observed between the American alligator and its near ally, the African crocodile. On the banks of the Mississippi, the alligator lays a hundred eggs or thereabouts, which she deposits in a nest near the water’s edge, and then covers them up with leaves and other decaying vegetable matter. The fermentation of these leaves produces heat and so does for the alligator’s eggs what sitting does for those of hens and other birds: the mother deputes her maternal functions, so to speak, to a festering heap of decomposing plant-refuse. Nevertheless, she loiters about all the time to see what happens, and when the eggs hatch out, she leads her little ones down to the river, and there makes alligators of them. This is a simple nursery arrangement of the big lizards.
The African crocodile, on the other hand, does something different, and takes greater care for the safety of its young. It lays only about thirty eggs, but these it buries in warm sand, and then lies on top of them at night, both to protect them from attack and to keep them warm during the cooler hours. In short, it sits upon them. When the young crocodiles within the eggs are ready to hatch, they utter an acute cry. The mother then digs down to the eggs, and lays them freely on the surface, so that the little reptiles may have space to work their way out unimpeded. This they do by biting at the shell with a specially developed tooth; at the end of two hours’ nibbling they are free, and are led down to the water by their affectionate parent. In these two cases we see the beginnings of the instinct of hatching, which in birds has become almost universal.
How does the author of this passage compares the American alligator and the African crocodile in terms of .
Adapted from “Some Strange Nurseries” by Grant Allen in A Book of Natural History (1902, ed. David Starr Jordan)
Among the larger lizards, a distinct difference may be observed between the American alligator and its near ally, the African crocodile. On the banks of the Mississippi, the alligator lays a hundred eggs or thereabouts, which she deposits in a nest near the water’s edge, and then covers them up with leaves and other decaying vegetable matter. The fermentation of these leaves produces heat and so does for the alligator’s eggs what sitting does for those of hens and other birds: the mother deputes her maternal functions, so to speak, to a festering heap of decomposing plant-refuse. Nevertheless, she loiters about all the time to see what happens, and when the eggs hatch out, she leads her little ones down to the river, and there makes alligators of them. This is a simple nursery arrangement of the big lizards.
The African crocodile, on the other hand, does something different, and takes greater care for the safety of its young. It lays only about thirty eggs, but these it buries in warm sand, and then lies on top of them at night, both to protect them from attack and to keep them warm during the cooler hours. In short, it sits upon them. When the young crocodiles within the eggs are ready to hatch, they utter an acute cry. The mother then digs down to the eggs, and lays them freely on the surface, so that the little reptiles may have space to work their way out unimpeded. This they do by biting at the shell with a specially developed tooth; at the end of two hours’ nibbling they are free, and are led down to the water by their affectionate parent. In these two cases we see the beginnings of the instinct of hatching, which in birds has become almost universal.
How does the author of this passage compares the American alligator and the African crocodile in terms of .
Tap to reveal answer
From the context of the whole of this passage, which is discussing the differences between how alligators and crocodiles care for their young, it is clear that the author believes that the American alligator is far less protective of its young than the African crocodile is, so the two animals are being compared in terms of "how caring and protective the mothers are of their young."
From the context of the whole of this passage, which is discussing the differences between how alligators and crocodiles care for their young, it is clear that the author believes that the American alligator is far less protective of its young than the African crocodile is, so the two animals are being compared in terms of "how caring and protective the mothers are of their young."
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Adapted from "Errors in Our Food Economy" in Scientific American Supplement No. 1082 Vol. XLII (September 26th, 1896)
Scientific research, interpreting the observations of practical life, implies that several errors are common in the use of food.
First, many people purchase needlessly expensive kinds of food, doing this under the false impression that there is some peculiar virtue in the costlier materials, and that economy in our diet is somehow detrimental to our dignity or our welfare. And, unfortunately, those who are most extravagant in this respect are often the ones who can least afford it.
Secondly, the food which we eat does not always contain the proper proportions of the different kinds of nutritive ingredients. We consume relatively too much of the fuel ingredients of food, such as the fats of meat and butter, and the starch which makes up the larger part of the nutritive material of flour, potatoes, sugar, and sweetmeats. Conversely, we have relatively too little of the protein of flesh-forming substances, like the lean of meat and fish and the gluten of wheat, which make muscle and sinew and which are the basis of blood, bone and brain.
Thirdly, many people, not only the well-to-do, but those in moderate circumstances, use needless quantities of food. Part of the excess, however, is simply thrown away with the wastes of the table and the kitchen; so that the injury to health, great as it may be, is doubtless much less than if all were eaten. Probably the worst sufferers from this evil are well-to-do people of sedentary occupations.
Finally, we are guilty of serious errors in our cooking. We waste a great deal of fuel in the preparation of our food, and even then a great deal of the food is very badly cooked. A reform in these methods of cooking is one of the economic demands of our time.
It is the author's opinion that we should consume less/fewer and more .
Adapted from "Errors in Our Food Economy" in Scientific American Supplement No. 1082 Vol. XLII (September 26th, 1896)
Scientific research, interpreting the observations of practical life, implies that several errors are common in the use of food.
First, many people purchase needlessly expensive kinds of food, doing this under the false impression that there is some peculiar virtue in the costlier materials, and that economy in our diet is somehow detrimental to our dignity or our welfare. And, unfortunately, those who are most extravagant in this respect are often the ones who can least afford it.
Secondly, the food which we eat does not always contain the proper proportions of the different kinds of nutritive ingredients. We consume relatively too much of the fuel ingredients of food, such as the fats of meat and butter, and the starch which makes up the larger part of the nutritive material of flour, potatoes, sugar, and sweetmeats. Conversely, we have relatively too little of the protein of flesh-forming substances, like the lean of meat and fish and the gluten of wheat, which make muscle and sinew and which are the basis of blood, bone and brain.
Thirdly, many people, not only the well-to-do, but those in moderate circumstances, use needless quantities of food. Part of the excess, however, is simply thrown away with the wastes of the table and the kitchen; so that the injury to health, great as it may be, is doubtless much less than if all were eaten. Probably the worst sufferers from this evil are well-to-do people of sedentary occupations.
Finally, we are guilty of serious errors in our cooking. We waste a great deal of fuel in the preparation of our food, and even then a great deal of the food is very badly cooked. A reform in these methods of cooking is one of the economic demands of our time.
It is the author's opinion that we should consume less/fewer and more .
Tap to reveal answer
In the third paragraph, the author states, "We consume relatively too much of the fuel ingredients of food, such as the fats of meat and butter, and the starch which makes up the larger part of the nutritive material of flour, potatoes, sugar, and sweetmeats. Conversely, we have relatively too little of the protein of flesh-forming substances, like the lean of meat and fish and the gluten of wheat, which make muscle and sinew and which are the basis of blood, bone and brain." So, he or she thinks we should consume less fatty meat, butter, and starch in the form of flour, potatoes, sugar, and sweetmeats. This allows us to narrow down our answer choices to "sweetmeats . . . lean meat" and "sugar . . . fat." So, does the author think we should eat more lean meat, or more fat? The author says in the second sentence that we should eat more lean meat, fish, and wheat gluten, so "sweetmeats . . . lean meat" is the correct answer. The author mentions fat when discussing things of which we consume too much in the first sentence.
In the third paragraph, the author states, "We consume relatively too much of the fuel ingredients of food, such as the fats of meat and butter, and the starch which makes up the larger part of the nutritive material of flour, potatoes, sugar, and sweetmeats. Conversely, we have relatively too little of the protein of flesh-forming substances, like the lean of meat and fish and the gluten of wheat, which make muscle and sinew and which are the basis of blood, bone and brain." So, he or she thinks we should consume less fatty meat, butter, and starch in the form of flour, potatoes, sugar, and sweetmeats. This allows us to narrow down our answer choices to "sweetmeats . . . lean meat" and "sugar . . . fat." So, does the author think we should eat more lean meat, or more fat? The author says in the second sentence that we should eat more lean meat, fish, and wheat gluten, so "sweetmeats . . . lean meat" is the correct answer. The author mentions fat when discussing things of which we consume too much in the first sentence.
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Passage adapted from John Dewey's "The Need for a Recovery of Philosophy" (1915)
Intellectual advance occurs in two ways. At times increase of knowledge is organized about old conceptions, while these are expanded, elaborated and refined, but not seriously revised, much less abandoned. At other times, the increase of knowledge demands qualitative rather than quantitative change; alteration, not addition. Men's minds grow cold to their former intellectual concerns; ideas that were burning fade; interests that were urgent seem remote. Men face in another direction; their older perplexities are unreal; considerations passed over as negligible loom up. Former problems may not have been solved, but they no longer press for solutions.
Philosophy is no exception to the rule. But it is unusually conservative--not, necessarily, in proffering solutions, but in clinging to problems. It has been so allied with theology and theological morals as representatives of men's chief interests, that radical alteration has been shocking. Men's activities took a decidedly new turn, for example, in the seventeenth century, and it seems as if philosophy, under the lead of thinkers like Bacon and Descartes, was to execute an about-face. But, in spite of the ferment, it turned out that many of the older problems were but translated from Latin into the vernacular or into the new terminology furnished by science.
The association of philosophy with academic teaching has reinforced this intrinsic conservatism. Scholastic philosophy persisted in universities after men's thoughts outside of the walls of colleges had moved in other directions. In the last hundred years intellectual advances of science and politics have in like fashion been crystallized into material of instruction and now resist further change. I would not say that the spirit of teaching is hostile to that of liberal inquiry, but a philosophy which exists largely as something to be taught rather than wholly as something to be reflected upon is conducive to discussion of views held by others rather than to immediate response. Philosophy when taught inevitably magnifies the history of past thought, and leads professional philosophers to approach their subject-matter through its formulation in received systems. It tends, also, to emphasize points upon which men have divided into schools, for these lend themselves to retrospective definition and elaboration. Consequently, philosophical discussion is likely to be a dressing out of antithetical traditions, where criticism of one view is thought to afford proof of the truth of its opposite (as if formulation of views guaranteed logical exclusives). Direct preoccupation with contemporary difficulties is left to literature and politics.
Which of the following could be an additional explanation that Dewey could cogently claim for his main point?
A. Philosophy is conservative because the human mind asks the same basic questions in all periods of history.
B. Philosophy is conservative because new ideas are merely copies of older ones.
C. Philosophy is conservative because people are not always aware of the novelty of their current social and historical conditions.
Passage adapted from John Dewey's "The Need for a Recovery of Philosophy" (1915)
Intellectual advance occurs in two ways. At times increase of knowledge is organized about old conceptions, while these are expanded, elaborated and refined, but not seriously revised, much less abandoned. At other times, the increase of knowledge demands qualitative rather than quantitative change; alteration, not addition. Men's minds grow cold to their former intellectual concerns; ideas that were burning fade; interests that were urgent seem remote. Men face in another direction; their older perplexities are unreal; considerations passed over as negligible loom up. Former problems may not have been solved, but they no longer press for solutions.
Philosophy is no exception to the rule. But it is unusually conservative--not, necessarily, in proffering solutions, but in clinging to problems. It has been so allied with theology and theological morals as representatives of men's chief interests, that radical alteration has been shocking. Men's activities took a decidedly new turn, for example, in the seventeenth century, and it seems as if philosophy, under the lead of thinkers like Bacon and Descartes, was to execute an about-face. But, in spite of the ferment, it turned out that many of the older problems were but translated from Latin into the vernacular or into the new terminology furnished by science.
The association of philosophy with academic teaching has reinforced this intrinsic conservatism. Scholastic philosophy persisted in universities after men's thoughts outside of the walls of colleges had moved in other directions. In the last hundred years intellectual advances of science and politics have in like fashion been crystallized into material of instruction and now resist further change. I would not say that the spirit of teaching is hostile to that of liberal inquiry, but a philosophy which exists largely as something to be taught rather than wholly as something to be reflected upon is conducive to discussion of views held by others rather than to immediate response. Philosophy when taught inevitably magnifies the history of past thought, and leads professional philosophers to approach their subject-matter through its formulation in received systems. It tends, also, to emphasize points upon which men have divided into schools, for these lend themselves to retrospective definition and elaboration. Consequently, philosophical discussion is likely to be a dressing out of antithetical traditions, where criticism of one view is thought to afford proof of the truth of its opposite (as if formulation of views guaranteed logical exclusives). Direct preoccupation with contemporary difficulties is left to literature and politics.
Which of the following could be an additional explanation that Dewey could cogently claim for his main point?
A. Philosophy is conservative because the human mind asks the same basic questions in all periods of history.
B. Philosophy is conservative because new ideas are merely copies of older ones.
C. Philosophy is conservative because people are not always aware of the novelty of their current social and historical conditions.
Tap to reveal answer
We certainly should not choose option B. Dewey clearly does not stand for this conception of human thought at the end of the second paragraph. In that place, he is saying that there was indeed a change of mind in the seventeenth century. It just happened that many ideas were merely translated from one way of speaking to another—without radically reordering the structure of ideas in line with the changes that did take place on some level. This is a contingent fact, not necessarily something being claimed about philsophy as a whole (or essentially).
Likewise, there is nothing in the passage that can make us believe that A is correct. Dewey is stressing that at certain times, things qualitatively change in the human outlook.
At the end of the first paragraph, it is obvious that Dewey thinks that there are time when people do experience major changes in perspective, having new concerns. If people do not notice this fact, they may well not realize that there are new philosophical questions to be asked. This would lead to a kind of conservatism like that discussed elsewhere in the selection.
We certainly should not choose option B. Dewey clearly does not stand for this conception of human thought at the end of the second paragraph. In that place, he is saying that there was indeed a change of mind in the seventeenth century. It just happened that many ideas were merely translated from one way of speaking to another—without radically reordering the structure of ideas in line with the changes that did take place on some level. This is a contingent fact, not necessarily something being claimed about philsophy as a whole (or essentially).
Likewise, there is nothing in the passage that can make us believe that A is correct. Dewey is stressing that at certain times, things qualitatively change in the human outlook.
At the end of the first paragraph, it is obvious that Dewey thinks that there are time when people do experience major changes in perspective, having new concerns. If people do not notice this fact, they may well not realize that there are new philosophical questions to be asked. This would lead to a kind of conservatism like that discussed elsewhere in the selection.
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The world described by physics is a surprisingly strange world, somewhat distant from our regular experience. Many high school students likely suspect this fact, given the difficulty that they often experience when taking physics courses. However, they are rarely instructed in the explicit difference between the world expressed by their equations and the world that they experience. Many of the concepts used in physics are related to the figures, facts, and equations that are learned in mathematics. The world is recastinto a form that looks more like a geometry problem than the world as experienced in day-to-day life. All of this at first seems strange to the budding young physics student. However, after performing a number of experiments, he or she soon sees that these mathematical formulas seem to “work.” That is, these equations really do predict the outcomes of experiments in the real world, not merely in mathematical equations on paper.
Still, it is interesting to notice some examples of how much is overlooked in these kinds of mathematical models. Most obviously, there are few (if any) objects in reality that perfectly match the form and shape of a pure geometric figure. Few physical triangles are exact triangles in the manner of the shapes used in geometric problems. Likewise, motion becomes merely something to be expressed in an equation that has time as a variable. Finally, all of the physical descriptions of light waves tell us about everything except for what it is like to experience color. This last reason is perhaps the most interesting reason of all. No matter how many equations and shapes are used to describe color, none of these will have anything to do with the experience of color itself. To speak of a “rectangular surface” or an “icosahedron-like body” does not tell us anything about colors. Rectangles and icosahedrons can be any color. That is, color does not enter into their definitions at all—a red rectangle is just as much a rectangle as is a green one.
What is the purpose of the closing expression, “a red rectangle is just as much a rectangle as is a green one”?
The world described by physics is a surprisingly strange world, somewhat distant from our regular experience. Many high school students likely suspect this fact, given the difficulty that they often experience when taking physics courses. However, they are rarely instructed in the explicit difference between the world expressed by their equations and the world that they experience. Many of the concepts used in physics are related to the figures, facts, and equations that are learned in mathematics. The world is recastinto a form that looks more like a geometry problem than the world as experienced in day-to-day life. All of this at first seems strange to the budding young physics student. However, after performing a number of experiments, he or she soon sees that these mathematical formulas seem to “work.” That is, these equations really do predict the outcomes of experiments in the real world, not merely in mathematical equations on paper.
Still, it is interesting to notice some examples of how much is overlooked in these kinds of mathematical models. Most obviously, there are few (if any) objects in reality that perfectly match the form and shape of a pure geometric figure. Few physical triangles are exact triangles in the manner of the shapes used in geometric problems. Likewise, motion becomes merely something to be expressed in an equation that has time as a variable. Finally, all of the physical descriptions of light waves tell us about everything except for what it is like to experience color. This last reason is perhaps the most interesting reason of all. No matter how many equations and shapes are used to describe color, none of these will have anything to do with the experience of color itself. To speak of a “rectangular surface” or an “icosahedron-like body” does not tell us anything about colors. Rectangles and icosahedrons can be any color. That is, color does not enter into their definitions at all—a red rectangle is just as much a rectangle as is a green one.
What is the purpose of the closing expression, “a red rectangle is just as much a rectangle as is a green one”?
Tap to reveal answer
This sentence precedes the independent clause in question: "Rectangles and icosahedrons can be any color." It explictly restates what the author wished to express in this short sentence, namely, that we can talk about geometric figures (such as rectangles) without being concerned with colors. Color does not alter the fact that a rectangle is a rectangle—though it does change its appearance.
This sentence precedes the independent clause in question: "Rectangles and icosahedrons can be any color." It explictly restates what the author wished to express in this short sentence, namely, that we can talk about geometric figures (such as rectangles) without being concerned with colors. Color does not alter the fact that a rectangle is a rectangle—though it does change its appearance.
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The world described by physics is a surprisingly strange world, somewhat distant from our regular experience. Many high school students likely suspect this fact, given the difficulty that they often experience when taking physics courses. However, they are rarely instructed in the explicit difference between the world expressed by their equations and the world that they experience. Many of the concepts used in physics are related to the figures, facts, and equations that are learned in mathematics. The world is recastinto a form that looks more like a geometry problem than the world as experienced in day-to-day life. All of this at first seems strange to the budding young physics student. However, after performing a number of experiments, he or she soon sees that these mathematical formulas seem to “work.” That is, these equations really do predict the outcomes of experiments in the real world, not merely in mathematical equations on paper.
Still, it is interesting to notice some examples of how much is overlooked in these kinds of mathematical models. Most obviously, there are few (if any) objects in reality that perfectly match the form and shape of a pure geometric figure. Few physical triangles are exact triangles in the manner of the shapes used in geometric problems. Likewise, motion becomes merely something to be expressed in an equation that has time as a variable. Finally, all of the physical descriptions of light waves tell us about everything except for what it is like to experience color. This last reason is perhaps the most interesting reason of all. No matter how many equations and shapes are used to describe color, none of these will have anything to do with the experience of color itself. To speak of a “rectangular surface” or an “icosahedron-like body” does not tell us anything about colors. Rectangles and icosahedrons can be any color. That is, color does not enter into their definitions at all—a red rectangle is just as much a rectangle as is a green one.
Why does the author use quotation marks around the boldfaced word “work”?
The world described by physics is a surprisingly strange world, somewhat distant from our regular experience. Many high school students likely suspect this fact, given the difficulty that they often experience when taking physics courses. However, they are rarely instructed in the explicit difference between the world expressed by their equations and the world that they experience. Many of the concepts used in physics are related to the figures, facts, and equations that are learned in mathematics. The world is recastinto a form that looks more like a geometry problem than the world as experienced in day-to-day life. All of this at first seems strange to the budding young physics student. However, after performing a number of experiments, he or she soon sees that these mathematical formulas seem to “work.” That is, these equations really do predict the outcomes of experiments in the real world, not merely in mathematical equations on paper.
Still, it is interesting to notice some examples of how much is overlooked in these kinds of mathematical models. Most obviously, there are few (if any) objects in reality that perfectly match the form and shape of a pure geometric figure. Few physical triangles are exact triangles in the manner of the shapes used in geometric problems. Likewise, motion becomes merely something to be expressed in an equation that has time as a variable. Finally, all of the physical descriptions of light waves tell us about everything except for what it is like to experience color. This last reason is perhaps the most interesting reason of all. No matter how many equations and shapes are used to describe color, none of these will have anything to do with the experience of color itself. To speak of a “rectangular surface” or an “icosahedron-like body” does not tell us anything about colors. Rectangles and icosahedrons can be any color. That is, color does not enter into their definitions at all—a red rectangle is just as much a rectangle as is a green one.
Why does the author use quotation marks around the boldfaced word “work”?
Tap to reveal answer
The word "work" has many uses, and here it is being used somewhat loosely to mean "function" or "perform a useful purpose." We often use the word in this manner when we say, "It worked," in answer to a question like, "Was that tool sufficient for your project?" The quotation marks are not absolutely necessary, but the author likely did not wish to be too conversational in this selection. It is somewhat metaphorical to speak of equations "working." The quotations likely mean to indicate to the reader that this is the metaphorical use of the word and that the author is aware that it is somewhat informal language. You could easily elminate the other options provided, because they do not pertain to the author's reasoning at this point in the passage at all.
The word "work" has many uses, and here it is being used somewhat loosely to mean "function" or "perform a useful purpose." We often use the word in this manner when we say, "It worked," in answer to a question like, "Was that tool sufficient for your project?" The quotation marks are not absolutely necessary, but the author likely did not wish to be too conversational in this selection. It is somewhat metaphorical to speak of equations "working." The quotations likely mean to indicate to the reader that this is the metaphorical use of the word and that the author is aware that it is somewhat informal language. You could easily elminate the other options provided, because they do not pertain to the author's reasoning at this point in the passage at all.
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"Interpreting the Copernican Revolution" by Matthew Minerd (2014)
The expressions of one discipline can often alter the way that other subjects understand themselves. Among such cases are numbered the investigations of Nicolaus Copernicus. Copernicus is best known for his views concerning heliocentrism, a view which eventually obliterated many aspects of the ancient/medieval worldview, at least from the standpoint of physical science. It had always been the natural view of mankind that the earth stood at the center of the universe, a fixed point in reference to the rest of the visible bodies. The sun, stars, and planets all rotated around the earth.
With time, this viewpoint became one of the major reference points for modern life. It provided a provocative image that was used—and often abused—by many people for various purposes. For those who wished to weaken the control of religion on mankind, it was said that the heliocentric outlook proved man’s insignificance. In contrast with earlier geocentrism, heliocentrism was said to show that man is not the center of the universe. He is merely one small being in the midst of a large cosmos. However, others wished to use the “Copernican Revolution” in a very different manner. These thinkers wanted to show that there was another “recentering” that had to happen. Once upon a time, we talked about the world. Now, however, it was necessary to talk of man as the central reference point. Just as the solar system was “centered” on the sun, so too should the sciences be centered on the human person.
However, both of these approaches are fraught with problems. Those who wished to undermine the religious mindset rather misunderstood the former outlook on the solar system. The earlier geocentric mindset did not believe that the earth was the most important body in the heavens. Instead, many ancient and medieval thinkers believed that the highest “sphere” above the earth was the most important being in the physical universe. Likewise, the so-called “Copernican Revolution” in physics was different from the one applied to the human person. Copernicus’ revolution showed that the human point of view was not the center, whereas the later forms of “Copernican revolution” wished to show just the opposite.
Of course, there are many complexities in the history of such important changes in scientific outlook. Nevertheless, it is fascinating to see the wide-reaching effects of such discoveries, even when they have numerous, ambiguous effects.
Why is the "Copernican revolution" of the human sciences contrary to the literal sense of Copernicus' findings?
"Interpreting the Copernican Revolution" by Matthew Minerd (2014)
The expressions of one discipline can often alter the way that other subjects understand themselves. Among such cases are numbered the investigations of Nicolaus Copernicus. Copernicus is best known for his views concerning heliocentrism, a view which eventually obliterated many aspects of the ancient/medieval worldview, at least from the standpoint of physical science. It had always been the natural view of mankind that the earth stood at the center of the universe, a fixed point in reference to the rest of the visible bodies. The sun, stars, and planets all rotated around the earth.
With time, this viewpoint became one of the major reference points for modern life. It provided a provocative image that was used—and often abused—by many people for various purposes. For those who wished to weaken the control of religion on mankind, it was said that the heliocentric outlook proved man’s insignificance. In contrast with earlier geocentrism, heliocentrism was said to show that man is not the center of the universe. He is merely one small being in the midst of a large cosmos. However, others wished to use the “Copernican Revolution” in a very different manner. These thinkers wanted to show that there was another “recentering” that had to happen. Once upon a time, we talked about the world. Now, however, it was necessary to talk of man as the central reference point. Just as the solar system was “centered” on the sun, so too should the sciences be centered on the human person.
However, both of these approaches are fraught with problems. Those who wished to undermine the religious mindset rather misunderstood the former outlook on the solar system. The earlier geocentric mindset did not believe that the earth was the most important body in the heavens. Instead, many ancient and medieval thinkers believed that the highest “sphere” above the earth was the most important being in the physical universe. Likewise, the so-called “Copernican Revolution” in physics was different from the one applied to the human person. Copernicus’ revolution showed that the human point of view was not the center, whereas the later forms of “Copernican revolution” wished to show just the opposite.
Of course, there are many complexities in the history of such important changes in scientific outlook. Nevertheless, it is fascinating to see the wide-reaching effects of such discoveries, even when they have numerous, ambiguous effects.
Why is the "Copernican revolution" of the human sciences contrary to the literal sense of Copernicus' findings?
Tap to reveal answer
The key sentence for this question is: "Copernicus’ revolution showed that the human point of view was not the center, whereas the later forms of 'Copernican revolution' wished to show just the opposite." To start looking at the sun as the center requires us to "look outward" in a new way, not paying attention to our particular earth-bound viewpoint. However, the "Copernican revolution" centered on humanity does just the opposite. It turns the gaze "inward," quite different from the literal sense of Copernicus' findings.
The key sentence for this question is: "Copernicus’ revolution showed that the human point of view was not the center, whereas the later forms of 'Copernican revolution' wished to show just the opposite." To start looking at the sun as the center requires us to "look outward" in a new way, not paying attention to our particular earth-bound viewpoint. However, the "Copernican revolution" centered on humanity does just the opposite. It turns the gaze "inward," quite different from the literal sense of Copernicus' findings.
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"The Multiple Sides of Computer Science" by Matthew Minerd (2014)
It often takes some time for a new discipline to become recognized as an independent science. An excellent example of this is computer science. In many ways, this science still is a hodgepodge of several different sciences, each one having its own distinct character. For example, some computer scientists are almost indistinguishable from mathematicians. Many of the most difficult topics in pattern recognition and data communications require intensive mathematics in order to provide software solutions. Years of training in the appropriate disciplines are necessary before the computer scientist can even begin to work as a programmer in such areas. In contrast to those computer scientists who work with complex mathematics, many computer scientists work on areas of hardware development that are similar to disciplines like electrical engineering and physics.
However, computer science has its own particular problems regarding the unity of its subject matter. There are many practical applications for computing work; therefore, many computer scientists focus on learning a large set of skills in programming languages, development environments, and even information technology. All of these disciplines have a certain practical coloration that is quite distinct from the theoretical concepts used in other parts of the field. Nevertheless, these practical topics add to the broad range of topics covered by most academic programs that claim to focus on “computer science.” It can only be hoped that these disciplines will increase in orderliness in the coming decades.
Which of the following would strengthen the author’s main contention?
"The Multiple Sides of Computer Science" by Matthew Minerd (2014)
It often takes some time for a new discipline to become recognized as an independent science. An excellent example of this is computer science. In many ways, this science still is a hodgepodge of several different sciences, each one having its own distinct character. For example, some computer scientists are almost indistinguishable from mathematicians. Many of the most difficult topics in pattern recognition and data communications require intensive mathematics in order to provide software solutions. Years of training in the appropriate disciplines are necessary before the computer scientist can even begin to work as a programmer in such areas. In contrast to those computer scientists who work with complex mathematics, many computer scientists work on areas of hardware development that are similar to disciplines like electrical engineering and physics.
However, computer science has its own particular problems regarding the unity of its subject matter. There are many practical applications for computing work; therefore, many computer scientists focus on learning a large set of skills in programming languages, development environments, and even information technology. All of these disciplines have a certain practical coloration that is quite distinct from the theoretical concepts used in other parts of the field. Nevertheless, these practical topics add to the broad range of topics covered by most academic programs that claim to focus on “computer science.” It can only be hoped that these disciplines will increase in orderliness in the coming decades.
Which of the following would strengthen the author’s main contention?
Tap to reveal answer
The general point of the passage is that it is hard to find the "focus" of computer science. A number of the answers actually help to find the focus—either (1) by stating what all (or almost all) study or (2) by excluding certain subjects entirely (chemistry / biology); however, if computer scientists also studied behavioral psychology it would be yet one more topic in the "mix" of many different subjects studied.
The general point of the passage is that it is hard to find the "focus" of computer science. A number of the answers actually help to find the focus—either (1) by stating what all (or almost all) study or (2) by excluding certain subjects entirely (chemistry / biology); however, if computer scientists also studied behavioral psychology it would be yet one more topic in the "mix" of many different subjects studied.
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Adapted from "Errors in Our Food Economy" in Scientific American Supplement No. 1082 Vol. XLII (September 26th, 1896)
Scientific research, interpreting the observations of practical life, implies that several errors are common in the use of food.
First, many people purchase needlessly expensive kinds of food, doing this under the false impression that there is some peculiar virtue in the costlier materials, and that economy in our diet is somehow detrimental to our dignity or our welfare. And, unfortunately, those who are most extravagant in this respect are often the ones who can least afford it.
Secondly, the food which we eat does not always contain the proper proportions of the different kinds of nutritive ingredients. We consume relatively too much of the fuel ingredients of food, such as the fats of meat and butter, and the starch which makes up the larger part of the nutritive material of flour, potatoes, sugar, and sweetmeats. Conversely, we have relatively too little of the protein of flesh-forming substances, like the lean of meat and fish and the gluten of wheat, which make muscle and sinew and which are the basis of blood, bone and brain.
Thirdly, many people, not only the well-to-do, but those in moderate circumstances, use needless quantities of food. Part of the excess, however, is simply thrown away with the wastes of the table and the kitchen; so that the injury to health, great as it may be, is doubtless much less than if all were eaten. Probably the worst sufferers from this evil are well-to-do people of sedentary occupations.
Finally, we are guilty of serious errors in our cooking. We waste a great deal of fuel in the preparation of our food, and even then a great deal of the food is very badly cooked. A reform in these methods of cooking is one of the economic demands of our time.
The primary argument of the second paragraph is that .
Adapted from "Errors in Our Food Economy" in Scientific American Supplement No. 1082 Vol. XLII (September 26th, 1896)
Scientific research, interpreting the observations of practical life, implies that several errors are common in the use of food.
First, many people purchase needlessly expensive kinds of food, doing this under the false impression that there is some peculiar virtue in the costlier materials, and that economy in our diet is somehow detrimental to our dignity or our welfare. And, unfortunately, those who are most extravagant in this respect are often the ones who can least afford it.
Secondly, the food which we eat does not always contain the proper proportions of the different kinds of nutritive ingredients. We consume relatively too much of the fuel ingredients of food, such as the fats of meat and butter, and the starch which makes up the larger part of the nutritive material of flour, potatoes, sugar, and sweetmeats. Conversely, we have relatively too little of the protein of flesh-forming substances, like the lean of meat and fish and the gluten of wheat, which make muscle and sinew and which are the basis of blood, bone and brain.
Thirdly, many people, not only the well-to-do, but those in moderate circumstances, use needless quantities of food. Part of the excess, however, is simply thrown away with the wastes of the table and the kitchen; so that the injury to health, great as it may be, is doubtless much less than if all were eaten. Probably the worst sufferers from this evil are well-to-do people of sedentary occupations.
Finally, we are guilty of serious errors in our cooking. We waste a great deal of fuel in the preparation of our food, and even then a great deal of the food is very badly cooked. A reform in these methods of cooking is one of the economic demands of our time.
The primary argument of the second paragraph is that .
Tap to reveal answer
The primary argument of the second paragraph is actually two ideas combined. First, the idea that “many people purchase needlessly expensive kinds of food" is argued. This idea is expressed in many of the answer choices, so we need to combine it with the second idea, which is that “unfortunately, those who are most extravagant in this respect are often the ones who can least afford it.” So, those people who can least afford the expense are most likely to needlessly spend money. Only one of these answer choices reflects this argument. The rest are primarily concerned with attaching blame, either to “society” or to “wealthy people,” which the author does not do.
The primary argument of the second paragraph is actually two ideas combined. First, the idea that “many people purchase needlessly expensive kinds of food" is argued. This idea is expressed in many of the answer choices, so we need to combine it with the second idea, which is that “unfortunately, those who are most extravagant in this respect are often the ones who can least afford it.” So, those people who can least afford the expense are most likely to needlessly spend money. Only one of these answer choices reflects this argument. The rest are primarily concerned with attaching blame, either to “society” or to “wealthy people,” which the author does not do.
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Adapted from "Errors in Our Food Economy" in Scientific American Supplement No. 1082 Vol. XLII (September 26th, 1896)
Scientific research, interpreting the observations of practical life, implies that several errors are common in the use of food.
First, many people purchase needlessly expensive kinds of food, doing this under the false impression that there is some peculiar virtue in the costlier materials, and that economy in our diet is somehow detrimental to our dignity or our welfare. And, unfortunately, those who are most extravagant in this respect are often the ones who can least afford it.
Secondly, the food which we eat does not always contain the proper proportions of the different kinds of nutritive ingredients. We consume relatively too much of the fuel ingredients of food, such as the fats of meat and butter, and the starch which makes up the larger part of the nutritive material of flour, potatoes, sugar, and sweetmeats. Conversely, we have relatively too little of the protein of flesh-forming substances, like the lean of meat and fish and the gluten of wheat, which make muscle and sinew and which are the basis of blood, bone and brain.
Thirdly, many people, not only the well-to-do, but those in moderate circumstances, use needless quantities of food. Part of the excess, however, is simply thrown away with the wastes of the table and the kitchen; so that the injury to health, great as it may be, is doubtless much less than if all were eaten. Probably the worst sufferers from this evil are well-to-do people of sedentary occupations.
Finally, we are guilty of serious errors in our cooking. We waste a great deal of fuel in the preparation of our food, and even then a great deal of the food is very badly cooked. A reform in these methods of cooking is one of the economic demands of our time.
Which of these factors does the author believe is most relevant to why the excessive preparation of food is less injurious to our health than the other mistakes and fallacies he discusses?
Adapted from "Errors in Our Food Economy" in Scientific American Supplement No. 1082 Vol. XLII (September 26th, 1896)
Scientific research, interpreting the observations of practical life, implies that several errors are common in the use of food.
First, many people purchase needlessly expensive kinds of food, doing this under the false impression that there is some peculiar virtue in the costlier materials, and that economy in our diet is somehow detrimental to our dignity or our welfare. And, unfortunately, those who are most extravagant in this respect are often the ones who can least afford it.
Secondly, the food which we eat does not always contain the proper proportions of the different kinds of nutritive ingredients. We consume relatively too much of the fuel ingredients of food, such as the fats of meat and butter, and the starch which makes up the larger part of the nutritive material of flour, potatoes, sugar, and sweetmeats. Conversely, we have relatively too little of the protein of flesh-forming substances, like the lean of meat and fish and the gluten of wheat, which make muscle and sinew and which are the basis of blood, bone and brain.
Thirdly, many people, not only the well-to-do, but those in moderate circumstances, use needless quantities of food. Part of the excess, however, is simply thrown away with the wastes of the table and the kitchen; so that the injury to health, great as it may be, is doubtless much less than if all were eaten. Probably the worst sufferers from this evil are well-to-do people of sedentary occupations.
Finally, we are guilty of serious errors in our cooking. We waste a great deal of fuel in the preparation of our food, and even then a great deal of the food is very badly cooked. A reform in these methods of cooking is one of the economic demands of our time.
Which of these factors does the author believe is most relevant to why the excessive preparation of food is less injurious to our health than the other mistakes and fallacies he discusses?
Tap to reveal answer
When discussing the excessive preparation of food, the author says, “Part of the excess, however, is simply thrown away with the wastes of the table and the kitchen, so that the injury to health, great as it may be, is doubtless much less than if all were eaten.” This is the only example he gives for which he provides a mitigating factor, so we know that he believes this particular mistake is less injurious to our health than others which he discusses. The reason he gives is that, rather than consuming this excess food, we generally just throw it away. No doubt he still believes this to be a problem, but the harm it does to individuals is reduced by the fact that so much of it is not eaten.
When discussing the excessive preparation of food, the author says, “Part of the excess, however, is simply thrown away with the wastes of the table and the kitchen, so that the injury to health, great as it may be, is doubtless much less than if all were eaten.” This is the only example he gives for which he provides a mitigating factor, so we know that he believes this particular mistake is less injurious to our health than others which he discusses. The reason he gives is that, rather than consuming this excess food, we generally just throw it away. No doubt he still believes this to be a problem, but the harm it does to individuals is reduced by the fact that so much of it is not eaten.
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Adapted from "The Treatment of Rattlesnake Bite by Permanganate of Potassium, Based on Nine Successful Cases" by Amos W. Barber, M.D. in Scientific American Supplement No. 841, Vol. XXXIII (February 13th 1892)
Poisoned wounds, inflicted by the fangs of the rattlesnake, are happily rarer each year, since, as the country is becoming more populated, the crotalus is rapidly being exterminated. Yet, considering the disregard that characterizes the cowboy in his treatment of this reptile, it is astonishing that this class of injury is not more common.
It is the invariable custom among the cattlemen to dismount and destroy these snakes whenever they are seen. This is readily accomplished, since a slight blow will break the back. This blow is, however, generally delivered by means of the quirt, a whip not over two and a half feet long, and hence a weapon which brings the one who wields it in unpleasant proximity to the fangs of the reptile. A still more dangerous practice, and one which I have frequently seen, is a method of playing with the rattlesnake for the humor of the cowboy at the expense of a "tenderfoot." It is well known that unless a snake is coiled or in other specific positions, it cannot strike. On this theory, a mounted cowboy first puts a rattler to flight, then seizes it by the tail, and, swinging it so rapidly around his head that it is impossible for it to strike, sets off in pursuit of whoever has exhibited the most terror at the sight of the reptile. When within fair distance, he hurls the snake at the unfortunate victim, in the full assurance that even should it hit him it cannot bury its fangs in his flesh, since it cannot coil until it reaches the ground. This is a jest of which I have frequently been the victim, nor have I yet learned to appreciate it with unalloyed mirth.
The first case of rattlesnake wound to which I was called occurred in 1885. A cowboy was bitten on the foot, the fang penetrating through the boot. I saw him about twenty-four hours after he was struck. There was enormous swelling, extending up to the knee. There was no special discoloration about the wound; in fact, the swelling disguised this to such an extent that it was impossible to determine exactly where the fangs had entered. The patient was suffering great pain. His mind was clear, but he was oppressed with a dreadful anxiety.
Why does the author believe the number of rattlesnake poisonings is decreasing each year?
Adapted from "The Treatment of Rattlesnake Bite by Permanganate of Potassium, Based on Nine Successful Cases" by Amos W. Barber, M.D. in Scientific American Supplement No. 841, Vol. XXXIII (February 13th 1892)
Poisoned wounds, inflicted by the fangs of the rattlesnake, are happily rarer each year, since, as the country is becoming more populated, the crotalus is rapidly being exterminated. Yet, considering the disregard that characterizes the cowboy in his treatment of this reptile, it is astonishing that this class of injury is not more common.
It is the invariable custom among the cattlemen to dismount and destroy these snakes whenever they are seen. This is readily accomplished, since a slight blow will break the back. This blow is, however, generally delivered by means of the quirt, a whip not over two and a half feet long, and hence a weapon which brings the one who wields it in unpleasant proximity to the fangs of the reptile. A still more dangerous practice, and one which I have frequently seen, is a method of playing with the rattlesnake for the humor of the cowboy at the expense of a "tenderfoot." It is well known that unless a snake is coiled or in other specific positions, it cannot strike. On this theory, a mounted cowboy first puts a rattler to flight, then seizes it by the tail, and, swinging it so rapidly around his head that it is impossible for it to strike, sets off in pursuit of whoever has exhibited the most terror at the sight of the reptile. When within fair distance, he hurls the snake at the unfortunate victim, in the full assurance that even should it hit him it cannot bury its fangs in his flesh, since it cannot coil until it reaches the ground. This is a jest of which I have frequently been the victim, nor have I yet learned to appreciate it with unalloyed mirth.
The first case of rattlesnake wound to which I was called occurred in 1885. A cowboy was bitten on the foot, the fang penetrating through the boot. I saw him about twenty-four hours after he was struck. There was enormous swelling, extending up to the knee. There was no special discoloration about the wound; in fact, the swelling disguised this to such an extent that it was impossible to determine exactly where the fangs had entered. The patient was suffering great pain. His mind was clear, but he was oppressed with a dreadful anxiety.
Why does the author believe the number of rattlesnake poisonings is decreasing each year?
Tap to reveal answer
In the first paragraph, the author directly states, “Poisoned wounds, inflicted by the fangs of the rattlesnake, are happily more rare each year, since, as the country is becoming more populated, the crotalus is rapidly being exterminated.” So, bites are more rare because the country is “becoming more populated.” The author certainly would not say “more careful behavior” is contributing to the decline in rattlesnake bites, nor does he mention climate. It is perhaps reasonable to infer that he might say “better treatment,” as he is advocating for one such procedure, but that those treatments which came before had little success, this might be better seen as why the author would think rattlesnake poisonings would continue to decrease.
In the first paragraph, the author directly states, “Poisoned wounds, inflicted by the fangs of the rattlesnake, are happily more rare each year, since, as the country is becoming more populated, the crotalus is rapidly being exterminated.” So, bites are more rare because the country is “becoming more populated.” The author certainly would not say “more careful behavior” is contributing to the decline in rattlesnake bites, nor does he mention climate. It is perhaps reasonable to infer that he might say “better treatment,” as he is advocating for one such procedure, but that those treatments which came before had little success, this might be better seen as why the author would think rattlesnake poisonings would continue to decrease.
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Adapted from "Address to the Court" by Eugene Debs (1918)
Your Honor, I have stated in this court that I am opposed to the form of our present government; that I am opposed to the social system in which we live; that I believed in the change of both—but by perfectly peaceable and orderly means.
Let me call your attention to the fact this morning that in this system five percent of our people own and control two-thirds of our wealth; sixty-five percent of the people, embracing the working class who produce all wealth, have but five percent to show for it.
Standing here this morning, I recall my boyhood. At fourteen I went to work in a railroad shop; at sixteen I was firing a freight engine on a railroad. I remember all the hardships and privations of that earlier day, and from that time until now my heart has been with the working class. I could have been in Congress long ago. I have preferred to go to prison. The choice has been deliberately made. I could not have done otherwise. I have no regret.
In the struggle, the unceasing struggle, between the toilers and producers and their exploiters, I have tried, as best I might, to serve those among whom I was born, with whom I expect to share my lot until the end of my days. I am thinking this morning of the men in the mills and factories; I am thinking of the men in the mines and on the railroads; I am thinking of the women who, for a paltry wage, are compelled to work out their lives; of the little children, who in this system, are robbed of their childhood, and in their early, tender years are seized in the remorseless grasp of Mammon, and forced into the industrial dungeons, there to feed the machines while they themselves are being starved body and soul. I see them dwarfed, diseased, stunted, their little lives broken, and their hopes blasted, because in this high noon of our twentieth-century civilization money is still so much more important than human life. Gold is god and rules in the affairs of men.
The second paragraph is intended to highlight .
Adapted from "Address to the Court" by Eugene Debs (1918)
Your Honor, I have stated in this court that I am opposed to the form of our present government; that I am opposed to the social system in which we live; that I believed in the change of both—but by perfectly peaceable and orderly means.
Let me call your attention to the fact this morning that in this system five percent of our people own and control two-thirds of our wealth; sixty-five percent of the people, embracing the working class who produce all wealth, have but five percent to show for it.
Standing here this morning, I recall my boyhood. At fourteen I went to work in a railroad shop; at sixteen I was firing a freight engine on a railroad. I remember all the hardships and privations of that earlier day, and from that time until now my heart has been with the working class. I could have been in Congress long ago. I have preferred to go to prison. The choice has been deliberately made. I could not have done otherwise. I have no regret.
In the struggle, the unceasing struggle, between the toilers and producers and their exploiters, I have tried, as best I might, to serve those among whom I was born, with whom I expect to share my lot until the end of my days. I am thinking this morning of the men in the mills and factories; I am thinking of the men in the mines and on the railroads; I am thinking of the women who, for a paltry wage, are compelled to work out their lives; of the little children, who in this system, are robbed of their childhood, and in their early, tender years are seized in the remorseless grasp of Mammon, and forced into the industrial dungeons, there to feed the machines while they themselves are being starved body and soul. I see them dwarfed, diseased, stunted, their little lives broken, and their hopes blasted, because in this high noon of our twentieth-century civilization money is still so much more important than human life. Gold is god and rules in the affairs of men.
The second paragraph is intended to highlight .
Tap to reveal answer
The second paragraph discusses how a small percentage of the American population owns a large proportion of the wealth; therefore, the correct answer is that the second paragraph is highlighting the disparity of wealthy in America.
The second paragraph discusses how a small percentage of the American population owns a large proportion of the wealth; therefore, the correct answer is that the second paragraph is highlighting the disparity of wealthy in America.
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