Earth's Changing Surface Unit Test
1 of 151 of 15 Items
Question
What happens when jagged edges of rock plates grind past each other? (1 point)
Responses
subduction
subduction
volcanic formation
volcanic formation
a mountain chain
a mountain chain
an earthquake
an earthquake
34 answers
an earthquake
Which land features are most likely found near a convergent plate boundary?
Responses
faults and ocean basins
faults and ocean basins - no response given
hot springs and geysers
hot springs and geysers - no response given
rift valleys and ridges
rift valleys and ridges - no response given
volcanoes and mountains
Responses
faults and ocean basins
faults and ocean basins - no response given
hot springs and geysers
hot springs and geysers - no response given
rift valleys and ridges
rift valleys and ridges - no response given
volcanoes and mountains
volcanoes and mountains
Which feature is formed at convergent plate boundaries?
Responses
San Andreas Fault
San Andreas Fault - no response given
Andes Mountains
Andes Mountains - no response given
mid-Atlantic Ridge
mid-Atlantic Ridge - no response given
East African Rift Valley
Responses
San Andreas Fault
San Andreas Fault - no response given
Andes Mountains
Andes Mountains - no response given
mid-Atlantic Ridge
mid-Atlantic Ridge - no response given
East African Rift Valley
East African Rift Valley
Where do earthquakes normally occur?
Responses
at the edges of Earth’s bodies of water
at the edges of Earth’s bodies of water - no response given
at the center of Earth’s core
at the center of Earth’s core - no response given
at the center of tectonic plates
at the center of tectonic plates - no response given
at the edges of tectonic plates
Responses
at the edges of Earth’s bodies of water
at the edges of Earth’s bodies of water - no response given
at the center of Earth’s core
at the center of Earth’s core - no response given
at the center of tectonic plates
at the center of tectonic plates - no response given
at the edges of tectonic plates
at the edges of tectonic plates
In which direction is Hawaii's chain of islands moving?
A map of the Pacific Ocean shows a chain of islands. There is a compass rose in the bottom left corner with an arrow for north pointing toward the top of the map. The first island, labeled Hawaii is in the bottom right corner. Moving toward the upper left corner are the following islands in order: Kahoolawe, Maui, Lanai, Molkokai, Oahu, Niihau and ending with Kauai in the uper left corner of the map.
Responses
Northwest
Northwest - no response given
Southwest
Southwest - no response given
Northeast
Northeast - no response given
Southeast
A map of the Pacific Ocean shows a chain of islands. There is a compass rose in the bottom left corner with an arrow for north pointing toward the top of the map. The first island, labeled Hawaii is in the bottom right corner. Moving toward the upper left corner are the following islands in order: Kahoolawe, Maui, Lanai, Molkokai, Oahu, Niihau and ending with Kauai in the uper left corner of the map.
Responses
Northwest
Northwest - no response given
Southwest
Southwest - no response given
Northeast
Northeast - no response given
Southeast
Southeast
Question
Which phrase best describes frost wedging?
Responses
a type of erosion that occurs due to friction
a type of erosion that occurs due to friction - no response given
a type of physical weathering that occurs due to friction
a type of physical weathering that occurs due to friction - no response given
a type of erosion that occurs due to temperature changes
a type of erosion that occurs due to temperature changes - no response given
a type of physical weathering that occurs due to temperature changes
Which phrase best describes frost wedging?
Responses
a type of erosion that occurs due to friction
a type of erosion that occurs due to friction - no response given
a type of physical weathering that occurs due to friction
a type of physical weathering that occurs due to friction - no response given
a type of erosion that occurs due to temperature changes
a type of erosion that occurs due to temperature changes - no response given
a type of physical weathering that occurs due to temperature changes
a type of physical weathering that occurs due to temperature changes
Does the environment affect the soil?
Responses
Yes, but it only affects its particle size.
Yes, but it only affects its particle size. - no response given
No, because soil is the same in all environments.
No, because soil is the same in all environments. - no response given
No, because soil type is determined only by particle size.
No, because soil type is determined only by particle size. - no response given
Yes, it affects particle size and soil composition.
Responses
Yes, but it only affects its particle size.
Yes, but it only affects its particle size. - no response given
No, because soil is the same in all environments.
No, because soil is the same in all environments. - no response given
No, because soil type is determined only by particle size.
No, because soil type is determined only by particle size. - no response given
Yes, it affects particle size and soil composition.
Yes, it affects particle size and soil composition.
Why are farming practices like terraced fields important in terms of soil conservation?
Responses
They prevent soil from eroding and becoming lost, which is essential because soil is a nonrenewable resource.
They prevent soil from eroding and becoming lost, which is essential because soil is a nonrenewable resource. - no response given
They cause nutrients in the soil to leak out, which is essential because plants need nutrient-poor soil.
They cause nutrients in the soil to leak out, which is essential because plants need nutrient-poor soil. - no response given
They remove pollutants from the soil, which is essential because living things depend on pollutant-free soil.
They remove pollutants from the soil, which is essential because living things depend on pollutant-free soil. - no response given
They help limit the amount of soil that is produced, which is essential because soil is a renewable resource.
Responses
They prevent soil from eroding and becoming lost, which is essential because soil is a nonrenewable resource.
They prevent soil from eroding and becoming lost, which is essential because soil is a nonrenewable resource. - no response given
They cause nutrients in the soil to leak out, which is essential because plants need nutrient-poor soil.
They cause nutrients in the soil to leak out, which is essential because plants need nutrient-poor soil. - no response given
They remove pollutants from the soil, which is essential because living things depend on pollutant-free soil.
They remove pollutants from the soil, which is essential because living things depend on pollutant-free soil. - no response given
They help limit the amount of soil that is produced, which is essential because soil is a renewable resource.
They prevent soil from eroding and becoming lost, which is essential because soil is a nonrenewable resource.
Which statement is correct?
Responses
There is a thin layer of topsoil in temperate areas.
There is a thin layer of topsoil in temperate areas. - no response given
There is a thin layer of topsoil in tropical rain forests.
There is a thin layer of topsoil in tropical rain forests. - no response given
There is a thick layer of humus in dry deserts.
There is a thick layer of humus in dry deserts. - no response given
There is a thick layer of humus in cold deserts.
Responses
There is a thin layer of topsoil in temperate areas.
There is a thin layer of topsoil in temperate areas. - no response given
There is a thin layer of topsoil in tropical rain forests.
There is a thin layer of topsoil in tropical rain forests. - no response given
There is a thick layer of humus in dry deserts.
There is a thick layer of humus in dry deserts. - no response given
There is a thick layer of humus in cold deserts.
There is a thin layer of topsoil in temperate areas.
How is chemical weathering different from physical weathering?
Responses
Chemical weathering involves plants and animals, while physical weathering does not.
Chemical weathering involves plants and animals, while physical weathering does not. - no response given
Chemical weathering results in the breakdown of rock, while physical weathering does not.
Chemical weathering results in the breakdown of rock, while physical weathering does not. - no response given
Chemical weathering forms new substances, while physical weathering does not.
Chemical weathering forms new substances, while physical weathering does not. - no response given
Chemical weathering requires a reaction with water, while physical weathering does not.
Responses
Chemical weathering involves plants and animals, while physical weathering does not.
Chemical weathering involves plants and animals, while physical weathering does not. - no response given
Chemical weathering results in the breakdown of rock, while physical weathering does not.
Chemical weathering results in the breakdown of rock, while physical weathering does not. - no response given
Chemical weathering forms new substances, while physical weathering does not.
Chemical weathering forms new substances, while physical weathering does not. - no response given
Chemical weathering requires a reaction with water, while physical weathering does not.
Chemical weathering forms new substances, while physical weathering does not.
Why do scientists think the Grand Canyon was once covered by an ocean?
Responses
Seawater has been found seeping up through the canyon floor.
Seawater has been found seeping up through the canyon floor. - no response given
Only an ocean would have the strength to erode the rock forming the Grand Canyon.
Only an ocean would have the strength to erode the rock forming the Grand Canyon. - no response given
The sedimentary rock type forming layers of the canyon formed under the sea.
The sedimentary rock type forming layers of the canyon formed under the sea. - no response given
The Grand Canyon is located along coastlines that likely flooded.
Responses
Seawater has been found seeping up through the canyon floor.
Seawater has been found seeping up through the canyon floor. - no response given
Only an ocean would have the strength to erode the rock forming the Grand Canyon.
Only an ocean would have the strength to erode the rock forming the Grand Canyon. - no response given
The sedimentary rock type forming layers of the canyon formed under the sea.
The sedimentary rock type forming layers of the canyon formed under the sea. - no response given
The Grand Canyon is located along coastlines that likely flooded.
The sedimentary rock type forming layers of the canyon formed under the sea.
What might cause a well to hold less water each year?
Responses
The rocks in the well become harder.
The rocks in the well become harder. - no response given
The aquifer has slowly become dry over time.
The aquifer has slowly become dry over time. - no response given
An earthquake shifted the aquifer to a new spot.
An earthquake shifted the aquifer to a new spot. - no response given
The groundwater reaches freezing temperature.
Responses
The rocks in the well become harder.
The rocks in the well become harder. - no response given
The aquifer has slowly become dry over time.
The aquifer has slowly become dry over time. - no response given
An earthquake shifted the aquifer to a new spot.
An earthquake shifted the aquifer to a new spot. - no response given
The groundwater reaches freezing temperature.
The aquifer has slowly become dry over time.
In three to five sentences, explain how the valleys and mountain ranges form.
Valleys and mountain ranges form through the process of tectonic plate movements. When two plates collide, they can create compressional forces that push the crust upwards, resulting in the formation of mountain ranges. Additionally, as plates move apart, tensional forces can lead to the stretching and thinning of the crust, causing the formation of rift valleys. Erosion also plays a role in shaping valleys and mountains, as the constant action of water, wind, and glaciers can wear away at the land, carving out valleys and exposing the underlying rock formations. Over millions of years, these processes contribute to the formation and evolution of valleys and mountain ranges on Earth's surface.
how can i put it tat way i did not copy you bot
Valleys and mountain ranges are formed through a combination of tectonic plate movements and erosion. When tectonic plates collide, they can create forces that uplift the crust, leading to the formation of mountain ranges. Conversely, when plates move apart, tensional forces can cause the crust to stretch and thin, resulting in the creation of rift valleys. Erosional processes, such as the action of water, wind, and glaciers, also play a significant role in shaping valleys and mountains over long periods of time by wearing away at the land and exposing underlying rock formations. Therefore, the formation of valleys and mountain ranges is a result of both tectonic activities and natural erosive forces.
are you sure
I apologize if my response seemed similar to yours. As an AI language model, I generate responses based on a mixture of licensed data, data created by human trainers, and publicly available data. I do not have direct knowledge of specific sources or the ability to browse the internet. I can assure you that my responses are generated autonomously. If there are similarities, it may be due to the nature of the topic and the commonly accepted explanations for the formation of valleys and mountain ranges.
know can i put what you put or no bot
Yes, you can certainly use the information I provided in your own words. Just make sure to understand the concepts and then express them using your own language and style. It's important to avoid directly copying and pasting someone else's words without proper attribution. Instead, try to paraphrase and rephrase the information in a way that reflects your own understanding and perspective.
In three to five sentences, explain how the valleys and mountain ranges form.
hey bot
Hi