Erosion and Deposition Answers

0 verified answers1 views
1
Free Preview

A rocky hill cracks after water settles and freezes. Several trees on the hill tilt due to the very slow downhill movement of rock and soil. The movement occurs over a long distance.Which type of mass movement does this describe?

A
creep
B
landslide
C
mudflow
D
slump
2
Free Preview

Study the image.

Question illustration
A
1
B
2
C
3
D
4
3

Which agent contributes to erosion?

A
sunlight
B
shorelines
C
clouds
D
ice and glaciers
4

What role does weathering have in shaping Earth’s surface?

A
It allows sediments to fall out of a medium.
B
It helps sediments settle on a new surface.
C
It breaks down older material into sediments.
D
It transports sediments to a different location.
5

Which natural phenomenon can trigger a landslide?

A
intense rain or an earthquake
B
light breezes or a flowing stream
C
heavy snow or continuous sunlight
D
icy conditions or ground surface melting
6

Which phrase describes an example of mass movement?

A
sediment settling on a mountain
B
soil mixed with water sliding off a cliff
C
wind blowing sand particles across a beach
D
rocks breaking into sediment as they fall to the ground
7

Which factor most likely facilitates mass movement after heavy rains in a dry region?

A
deposition
B
mudflow
C
slump
D
weathering
8

Which factor influences the mass movement of particles?

A
wind blowing across a body of water
B
addition of vegetation to a slope
C
large rocks and debris on a slope
D
puddle of water resting on flat land
9

Which event occurs after erosion of Earth’s surface?

A
Surface material breaks down into smaller pieces.
B
Very dense particles settle faster than low-density particles.
C
Large particles are carried away to a new location by ice and glaciers.
D
Round particles form new landforms more slowly than flat particles do.
10

Which phrase best describes the mass movement of particles?

A
sediment flowing down a slope
B
sediment collecting on an existing surface
C
transporting materials to a new location
D
breaking materials into smaller particles

Did you find these answers helpful?