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If a fault is nearly vertical in orientation and the two walls of rock on opposite sides slide past one another horizontally, the fault is termed a ___________ fault. Refer to the following figure for an example of such a feature. If a fault is nearly vertical in orientation and the two walls of rock on opposite sides slide past one another horizontally, the fault is termed a ___________ fault. Refer to the following figure for an example of such a feature.   A) normal B) reverse C) strike-slip D) thrust


A) normal
B) reverse
C) strike-slip
D) thrust

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At a minimum, how many seismic stations are necessary to locate the epicenter of an


A) one
B) two
C) three
D) four

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What is the Moho? How was it discovered?

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The Moho is the boundary between the cru...

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During an earthquake, if the hanging wall slides upward relative to the footwall and if the fault is steep (closer to vertical than horizontal) , then the fault is termed a ___________ fault. Refer to the following figure for an example of such a feature. During an earthquake, if the hanging wall slides upward relative to the footwall and if the fault is steep (closer to vertical than horizontal) , then the fault is termed a ___________ fault. Refer to the following figure for an example of such a feature.   A) normal B) reverse C) strike-slip D) thrust


A) normal
B) reverse
C) strike-slip
D) thrust

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Much of the capitol city of Port-au-Prince was destroyed during the 2010 Haiti earthquake even though similarly sized earthquakes in other cities did very little damage. What caused so much damage during the Haiti earthquake?


A) A tsunami wiped out the city.
B) Landslides covered large areas.
C) The buildings were poorly built.
D) The residents did not evacuate in time.

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A primary force opposing motion on all faults is


A) covalent bonds.
B) gravity.
C) friction.
D) the Van der Waals force.

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According to the image below, where was the epicenter of the earthquake? According to the image below, where was the epicenter of the earthquake?   A) New York B) Florida C) Kansas D) Canada


A) New York
B) Florida
C) Kansas
D) Canada

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The Mercalli intensity scale tends to be very subjective and thus is generally only used for historical earthquakes that were near people but were not recorded by seismometers. The Mercalli scale may be considered subjective because it


A) relies on testimony from people.
B) does not take distance into account.
C) can only be used for large earthquakes.
D) cannot be used in heavily populated areas.

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Generally, which type of earthquake waves travel with the slowest velocity?


A) S-waves
B) P-waves
C) surface waves
D) All earthquake waves travel at the same speed.

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Earthquakes that occur in a band called the ___________ can be used to track the motion of subducted oceanic lithosphere.


A) Wegener belt
B) seismic gap
C) Wadati-Benioff zone
D) Richter zone

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Earthquake ___________ is a means of deciding where the ground is stable enough to build on in earthquake-prone areas.


A) mitigation
B) zoning
C) retrofitting
D) prevention

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Which tectonic setting has the potential to create the largest earthquakes on Earth?


A) shallow thrust faults associated with a convergent boundary
B) deep focus faults associated with a convergent boundary
C) thrust faults associated with a transform boundary
D) ridge segment transform boundaries associated with divergent boundaries

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Body waves include


A) both S- and P-waves.
B) both L- and R-waves.
C) both surface and interior waves.
D) P-waves only.

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Surface waves


A) travel more rapidly than body waves.
B) produce most of the damage to buildings during earthquakes.
C) are the first waves initially produced in an earthquake.
D) are the first waves to arrive at a seismograph station after an earthquake.

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An increase in size of one unit of magnitude translates to ___________ times the ground motion.


A) 1
B) 2
C) 32
D) 10

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Moderate- and deep-focus earthquakes occur along ONLY


A) convergent-plate boundaries.
B) divergent-plate boundaries.
C) transform-plate boundaries.
D) hotspots.

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Wet and unconsolidated substrates are uniquely susceptible to ___________ during an earthquake.


A) displacement
B) collapse
C) liquefaction
D) faulting

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What kind of waves travel with a compressional motion?


A) Love waves
B) Rayleigh waves
C) P-waves
D) S-waves

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On December 26, 2004, a magnitude 9.3 earthquake generated a tsunami that devastated coastlines on the ___________ Ocean.


A) Atlantic
B) Arctic
C) Indian
D) Pacific

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Making better ___________ is the best way to try to prevent earthquake damage.


A) seismometers
B) magnitude scales
C) buildings
D) seismograms

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