Identify patterns of change in fossils and rock layers - 4th Grade Science

This data table provides information about the different characteristics of each of Earth's layers. Each layer has individual features and changes the patterns and appearance of the rock formations. The only layer which has a yellow color is made of sandstone. Using the process of elimination, this could be determined from the table.

Mrs. Elsa is correct, and the graphic supports her claim. The rock layers should be lined up where the same colors are next to each other, but there has been a shift in the layers caused by an earthquake. When an earthquake shakes the rock formations, the layers are shifted, and there is a disruption in their pattern. This cannot be reversed. It provides scientists with evidence that there was once an earthquake in this area and gives them useful information.

These are fossils of shells leftover from aquatic creatures, so they would be found in the marine (water) animal layer. They would not be found where land animals lived or in areas of magma or volcanic ash. There are changes in fossils depending on their location and which Earth layer they are located in.

The rock layers change through the years, and their location within the formation can assist scientists and researchers learn how old each layer is. The oldest layers are at the bottom of the structure, and the newest layers are at the top. The correct order is G, F, E, D, C, B, A.

The section of rock that is the oldest is at the bottom of the formation. The graphic shown has a change in color as the rock formation changes in age. The darkest portion at the bottom is the oldest; then it gets lighter as the rock gets newer; the newest part is the orange/tan section at the top. Each layer of rock has been exposed, weathered, and eroded over time. The statement in the question is false; this rock formation depicts changes over time.

The section of rock at the top of the formation would be the newest or youngest stone. The oldest layers start at the bottom, and they are more recent (younger) as they move upwards.

This data table provides information about the different characteristics of each of Earth's layers. Each layer has individual features and changes the patterns and appearance of the rock formations. The only layer which has cylindrical shaped particles of rock is made of terrestrial animal fossils. Using the process of elimination, this could be determined from the table.

Fossils are a good representation of what the environment was at the time the organism died. If these fossils are of marine creatures, that means they were living in an area that was underwater or near the water. The site is currently described as an inland desert, so the environment has changed over time, making the statement correct.

The rock layers change through the years, and their location within the formation can assist scientists and researchers learn how old each layer is. The oldest layers are at the bottom of the structure, and the newest layers are at the top. Section G is the oldest layer of the rock.

The section of rock at the top of the formation would be the newest or youngest stone. The oldest layers start at the bottom, and they are more recent (younger) as they move upwards.

This data table provides information about the different characteristics of each of Earth's layers. Each layer has individual features and changes the patterns and appearance of the rock formations. The only layer which has cylindrical shaped particles of rock is made of terrestrial animal fossils. Using the process of elimination, this could be determined from the table.

Fossils are a good representation of what the environment was at the time the organism died. If these fossils are of marine creatures, that means they were living in an area that was underwater or near the water. The site is currently described as an inland desert, so the environment has changed over time, making the statement correct.

The rock layers change through the years, and their location within the formation can assist scientists and researchers learn how old each layer is. The oldest layers are at the bottom of the structure, and the newest layers are at the top. Section G is the oldest layer of the rock.

The section of rock that is the oldest is at the bottom of the formation. The graphic shown has a change in color as the rock formation changes in age. The darkest portion at the bottom is the oldest; then it gets lighter as the rock gets newer, the newest portion is the orange/tan section at the top. Each layer of rock has been exposed, weathered, and eroded over time.

This data table provides information about the different characteristics of each of Earth's layers. Each layer has individual features and changes the patterns and appearance of the rock formations. The only layer which has a yellow color is made of sandstone. Using the process of elimination, this could be determined from the table.

Mrs. Elsa is correct, and the graphic supports her claim. The rock layers should be lined up where the same colors are next to each other, but there has been a shift in the layers caused by an earthquake. When an earthquake shakes the rock formations, the layers are shifted, and there is a disruption in their pattern. This cannot be reversed. It provides scientists with evidence that there was once an earthquake in this area and gives them useful information.

These are fossils of shells leftover from aquatic creatures, so they would be found in the marine (water) animal layer. They would not be found where land animals lived or in areas of magma or volcanic ash. There are changes in fossils depending on their location and which Earth layer they are located in.

The rock layers change through the years, and their location within the formation can assist scientists and researchers learn how old each layer is. The oldest layers are at the bottom of the structure, and the newest layers are at the top. The correct order is G, F, E, D, C, B, A.

The section of rock that is the oldest is at the bottom of the formation. The graphic shown has a change in color as the rock formation changes in age. The darkest portion at the bottom is the oldest; then it gets lighter as the rock gets newer; the newest part is the orange/tan section at the top. Each layer of rock has been exposed, weathered, and eroded over time. The statement in the question is false; this rock formation depicts changes over time.