5. What happens when compressional force occurs along a fault?
1 point
A. Footwall moves up resulting to a reverse fault.
B. Hanging wall moves up resulting to a reverse fault.
C. Footwall moves down resulting to a strike- slip fault.
D. Hanging wall moves down resulting to a normal fault.
6. What causes a normal fault?
1 point
A. tension force pulls the rock apart
B. any movement on the plate boundary
C. a compression on either side of the fault
D. shearing force that make it move past each other
7. The following statements are correct, EXCEPT
1 point
A. Movement of the fault causes a release in energy.
B. Earthquakes can occur with normal, reverse and strike-slip faulting.
C. Vibration is due to the sudden release of energy from within the Earth.
D. Fault is any opening in the Earth’s crust along Earth’s plate boundaries.
8. Which is an accurate statement about this fault?
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A. It is formed by shearing force.
B. It is formed by tensional force.
C. It will not cause an earthquake.
D. It is formed by compressional force.
1 point
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A. Both Statements are true.
B. Both statements are false.
C. First statement is true, second statement is false.
D. First statement is false, second statement is true.
10. How does the movement of a fault generate an earthquake?
1 point
A. It causes the hanging wall to move up.
B. It causes release of magma from the mantle.
C. It causes sea water level to rise to form tsunami.
D. It causes release of energy that travel through rocks.
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