Data Analysis - ISEE Middle Level Quantitative Reasoning
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Find the mode of this set of numbers:

Find the mode of this set of numbers:
Find the most recurring number: 
Find the most recurring number:
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Find the mode of the set of numbers:

Find the mode of the set of numbers:
The mode is the number that appears most frequently in the data set: 
The mode is the number that appears most frequently in the data set:
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Patricia bought three candles for her home. The candles cost $2.78, $3.68, $1.58, respectively. What was the average price of the candles that Patricia bought?
Patricia bought three candles for her home. The candles cost $2.78, $3.68, $1.58, respectively. What was the average price of the candles that Patricia bought?
First, add all the prices:

Then, divide that amount by 3:

Answer: The average price of a candle is $2.68
First, add all the prices:
Then, divide that amount by 3:
Answer: The average price of a candle is $2.68
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Find the mode in this set of numbers:
7435, 8976, 2784, 7435, 1289, 8976, 2110, 8992, 8976, 2784.
Find the mode in this set of numbers:
7435, 8976, 2784, 7435, 1289, 8976, 2110, 8992, 8976, 2784.
Find the most recurring number in the set.
The answer is 
Find the most recurring number in the set.
The answer is
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Find the mean in this set of numbers:
5570, 4886, 5226, 4120, 6561, 4120, 6008
Find the mean in this set of numbers:
5570, 4886, 5226, 4120, 6561, 4120, 6008
First, add all the numbers in this set:

Then, divide that amount by the total number in the set:

Answer: The mean is 5213.
First, add all the numbers in this set:
Then, divide that amount by the total number in the set:
Answer: The mean is 5213.
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Find the mean in this set of numbers:
9078, 9008, 9800, 9099, 9009, 9090, 9008
Find the mean in this set of numbers:
9078, 9008, 9800, 9099, 9009, 9090, 9008
First add all the numbers:

Then, divide that number by 7:

Answer: The mean is 9156
First add all the numbers:
Then, divide that number by 7:
Answer: The mean is 9156
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Find the average of these amounts:
$34.78, $21. 69, $76.89, $47.88
Find the average of these amounts:
$34.78, $21. 69, $76.89, $47.88
First, add all the amounts:

Then, divide by 4:

Answer: The average is 45.31
First, add all the amounts:
Then, divide by 4:
Answer: The average is 45.31
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Find the mean of the following set of numbers: 227, 215, 206, 238, 249
Find the mean of the following set of numbers: 227, 215, 206, 238, 249
Add the numbers, and divide by 5:

Add the numbers, and divide by 5:
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Find the mean in this set of numbers:
210, 120, 110, 220, 120
Find the mean in this set of numbers:
210, 120, 110, 220, 120
First, add up all of the numbers in the set:

Then, divide: 
Answer: The mean is 156.
First, add up all of the numbers in the set:
Then, divide:
Answer: The mean is 156.
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Refer to the above diagram. The top row gives a sequence of figures. Which figure on the bottom row comes next?

Refer to the above diagram. The top row gives a sequence of figures. Which figure on the bottom row comes next?
The square with the diagonal line alternates between the square on the left and the square on the right. Therefore, the next figure in the sequence will have its diagonal line in the rightmost square, eliminating Figures (b) and (d) and leaving Figures (a) and (c).
Also, the shaded square moves one position to the right from figure to figure, so in the next figure, the shaded square must be the one at the extreme right. Figure (c) matches that description.
The square with the diagonal line alternates between the square on the left and the square on the right. Therefore, the next figure in the sequence will have its diagonal line in the rightmost square, eliminating Figures (b) and (d) and leaving Figures (a) and (c).
Also, the shaded square moves one position to the right from figure to figure, so in the next figure, the shaded square must be the one at the extreme right. Figure (c) matches that description.
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Patricia is shopping for a coat. She is considering three coats. Each costs $85.98, $93.29 and $88.99, respectively. What is the average price of a coat she is considering?
Patricia is shopping for a coat. She is considering three coats. Each costs $85.98, $93.29 and $88.99, respectively. What is the average price of a coat she is considering?
First, add up all of the prices:

Then, divide
.
Answer: The average price of a coat is $89.42.
First, add up all of the prices:
Then, divide .
Answer: The average price of a coat is $89.42.
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An arithmetic sequence begins:

Which is the greater quantity?
(a) 
(b) The tenth term of the sequence
An arithmetic sequence begins:
Which is the greater quantity?
(a)
(b) The tenth term of the sequence
The common difference of the sequence is
. The tenth term of the sequence is
.
This makes (b) greater.
The common difference of the sequence is . The tenth term of the sequence is
.
This makes (b) greater.
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Find the range in this set of numbers:
9881, 9889, 9818, 9981, 9891, 9918, 9989, 9889, 9198
Find the range in this set of numbers:
9881, 9889, 9818, 9981, 9891, 9918, 9989, 9889, 9198
First, order the numbers from least to greatest:

Then, find the difference of the largest and smallest number:

Answer: The range is 791.
First, order the numbers from least to greatest:
Then, find the difference of the largest and smallest number:
Answer: The range is 791.
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Find the mode in this set of numbers:
22, 24, 28, 23, 27, 24, 29, 35, 23, 42, 42, 24, 26, 25, 26.
Find the mode in this set of numbers:
22, 24, 28, 23, 27, 24, 29, 35, 23, 42, 42, 24, 26, 25, 26.
Find the number that appears most frequently.
Answer: The mode is 24.
Find the number that appears most frequently.
Answer: The mode is 24.
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Find the mean of this set of numbers:

Find the mean of this set of numbers:
The mean is the average of the set.
First add up the numbers:

Then divide by the number of elements in the set:

Answer: 
The mean is the average of the set.
First add up the numbers:
Then divide by the number of elements in the set:
Answer:
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Define:
Universal set
, the set of all natural numbers.
= {
|
is a multiple of 3}
= {
|
is a multiple of 5}
If all of the natural numbers were to be placed in their appropriate places in the above Venn diagram, which of the following would be placed in the gray region?

Define:
Universal set , the set of all natural numbers.
= {
|
is a multiple of 3}
= {
|
is a multiple of 5}
If all of the natural numbers were to be placed in their appropriate places in the above Venn diagram, which of the following would be placed in the gray region?
The gray region is the region outside both
and
and is therefore the set of natural numbers that are multiples of neither 3 nor 5.
1,565 and 3,890 can be eliminated as choices as each is divisible by 5: the former ends in 5 and the latter ends in 0.
7,431 and 3,966 can be eliminated as each is divisible by 3:
and
.
7,916 is not divisible by 5 as it ends in 6; it is not divisible by 3 as
. Therefore, it is the correct choice.
The gray region is the region outside both and
and is therefore the set of natural numbers that are multiples of neither 3 nor 5.
1,565 and 3,890 can be eliminated as choices as each is divisible by 5: the former ends in 5 and the latter ends in 0.
7,431 and 3,966 can be eliminated as each is divisible by 3: and
.
7,916 is not divisible by 5 as it ends in 6; it is not divisible by 3 as . Therefore, it is the correct choice.
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Define:
Universal set
, the set of all natural numbers.
= {
|
is a multiple of 3}
= {
|
is a multiple of 5}
If all of the natural numbers were to be placed in their appropriate places in the above Venn diagram, which of the following would be placed in the gray region?

Define:
Universal set , the set of all natural numbers.
= {
|
is a multiple of 3}
= {
|
is a multiple of 5}
If all of the natural numbers were to be placed in their appropriate places in the above Venn diagram, which of the following would be placed in the gray region?
The gray region is the region outside both
and
and is therefore the set of natural numbers that are multiples of neither 3 nor 5.
1,565 and 3,890 can be eliminated as choices as each is divisible by 5: the former ends in 5 and the latter ends in 0.
7,431 and 3,966 can be eliminated as each is divisible by 3:
and
.
7,916 is not divisible by 5 as it ends in 6; it is not divisible by 3 as
. Therefore, it is the correct choice.
The gray region is the region outside both and
and is therefore the set of natural numbers that are multiples of neither 3 nor 5.
1,565 and 3,890 can be eliminated as choices as each is divisible by 5: the former ends in 5 and the latter ends in 0.
7,431 and 3,966 can be eliminated as each is divisible by 3: and
.
7,916 is not divisible by 5 as it ends in 6; it is not divisible by 3 as . Therefore, it is the correct choice.
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Set
is defined as:

Set
is made by doubling the values in set
.
What is the range of values in set
?
Set is defined as:
Set is made by doubling the values in set
.
What is the range of values in set ?
To find the range of a set of numbers, you do not even have to put them in order. You merely need to subtract the smallest value from the largest. Given the way of constructing set
by doubling set
's values, the largest and smallest values in
will directly correlate to the same in set
:
Smallest: 
Largest: 
Therefore, the range is: 
To find the range of a set of numbers, you do not even have to put them in order. You merely need to subtract the smallest value from the largest. Given the way of constructing set by doubling set
's values, the largest and smallest values in
will directly correlate to the same in set
:
Smallest:
Largest:
Therefore, the range is:
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The members of set
are defined as the values for:

For values of
between
and
.
What is the range of set
?
The members of set are defined as the values for:
For values of between
and
.
What is the range of set ?
To find the range of a set of numbers, you do not even have to put them in order. You merely need to subtract the smallest value from the largest. Given the way that we construct set
from the function
, we merely need to use that function to find the smallest and largest values. Luckily, that is pretty easy for this question. The smallest will be
and the largest will be 
Smallest: 
Largest: 
Therefore, the range is: 
To find the range of a set of numbers, you do not even have to put them in order. You merely need to subtract the smallest value from the largest. Given the way that we construct set from the function
, we merely need to use that function to find the smallest and largest values. Luckily, that is pretty easy for this question. The smallest will be
and the largest will be
Smallest:
Largest:
Therefore, the range is:
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Set
is defined as:

The members of set
are defined by the function:
, where
is a member of set
.
So, for instance, set T contains
because for
, we get:

What is the range of set
?
Set is defined as:
The members of set are defined by the function:
, where
is a member of set
.
So, for instance, set T contains because for
, we get:
What is the range of set ?
We first need to determine the members of set
. Using our function, we will get:






Our largest value is
, and our smallest value is
; therefore, the range is 
We first need to determine the members of set . Using our function, we will get:
Our largest value is , and our smallest value is
; therefore, the range is
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