
Birth of Rocks Unit Assessment Review
Authored by Asia Jackson
Science
4th Grade
NGSS covered
Used 41+ times

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5 questions
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1.
MULTIPLE SELECT QUESTION
3 mins • 1 pt
Alessandra recently learned that mountain rocks can break into smaller pieces (weathering) and can then be moved from one location to another by water, wind, or gravity (erosion). But she is curious if rocks continue to break down as they move from the top of mountains to the bottom. Alessandra takes photos of rocks at the top and at the bottom of Monster Mountain. Some of her photos are shown above. What evidence do you see in Alessandra’s photographs that the rocks have continued to break down as they moved from the top of Monster Mountain to the bottom of Monster Mountain?
There may be more than 1 correct answer. Select ALL correct answers.
The rocks at the bottom of the mountain are darker in color compared to the rocks at the top of the mountain.
There are more small rocks at the bottom of the mountain compared to the rocks at the top of the mountain.
There are more trees at the bottom of the mountain compared to the top of the mountain.
The rocks at the bottom of the mountain have smoother edges compared to the rocks at the top of the mountain.
Tags
NGSS.MS-ESS2-2
NGSS.MS-ESS2-3
2.
MULTIPLE CHOICE QUESTION
3 mins • 1 pt
In Alessandra’s town there is another mountain called Mini Mountain. Mini Mountain is right next to Monster Mountain. What would most likely cause the rocks at the bottom of Mini Mountain to be less eroded than rocks at the bottom of Monster Mountain? Pick the best answer.
There is more wind blowing across Monster Mountain compared to Mini Mountain.
There are more rivers flowing down Monster Mountain compared to Mini Mountain.
There is more distance for rocks to fall down Monster Mountain compared to Mini Mountain.
There are more trees on Monster Mountain compared to Mini Mountain.
Tags
NGSS.MS-ESS2-2
3.
MULTIPLE CHOICE QUESTION
3 mins • 1 pt
Aiden and Jayla recently learned that weathering (root wedging and ice wedging) breaks down rocks. They think that root wedging and ice wedging have caused the cracks in the sidewalks where they live. Why do sidewalks in New Jersey have so many more cracks than the sidewalks in Florida?
Only root wedging is causing the sidewalk cracks in Florida. Both root wedging and ice wedging are causing the sidewalk cracks in New Jersey.
Only root wedging is causing the sidewalk cracks in New Jersey. Both root wedging and ice wedging are causing the sidewalk cracks in Florida.
Only ice wedging is causing the sidewalk cracks in New Jersey. Both root wedging and ice wedging are causing the sidewalk cracks in Florida.
Only ice wedging is causing the sidewalk cracks in Florida. Both root wedging and ice wedging are causing the sidewalk cracks in New Jersey.
Tags
NGSS.MS-ESS2-2
4.
MULTIPLE SELECT QUESTION
3 mins • 1 pt
Jayla and Aiden wonder: “Do the cold New Jersey winters affect how many cracks appear in the sidewalk?” To answer their question, Jayla and Aiden decide to carry out a science investigation. They first need to show that there are more sidewalk cracks in New Jersey compared to sidewalks in Florida. Which of the following could be used as evidence to answer their question?
There may be more than 1 correct answer. Select ALL the correct answers.
They can make observations and count the number of houses they notice along 3 streets in their neighborhoods. Then they can compare their observations.
They can use rulers to take measurements of the mushrooms that they notice along 3 streets in their neighborhoods. Then they can compare their measurements.
They can make observations and count how many sidewalk cracks they notice along 3 streets in their neighborhoods. Then they can compare their observations.
They can take measurements of the cracks that they notice along 3 streets in their neighborhoods. Then they can compare their measurements.
5.
OPEN ENDED QUESTION
5 mins • Ungraded
Kenji finds some interesting black rocks next to a hill. The hill is very close to where Kenji lives. Kenji shows the rocks to a scientist, who tells him that the rocks are basalt. Basalt is a type of rock that is formed after lava erupts from volcanoes, but there currently aren’t any volcanoes where Kenji lives.
Do you think that there used to be a volcano where Kenji lives? Why or why not? Support your answer with evidence.
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Tags
NGSS.MS-ESS2-2
NGSS.MS-ESS1-4
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