A) anticlines.
B) synclines.
C) normal faults.
D) reverse faults.
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A) epicenter is close to the surface.
B) surface material is composed of unconsolidated sediments.
C) buildings and structures are poorly constructed.
D) all of the above
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A) paleomagnetic data.
B) seafloor spreading.
C) transform boundaries.
D) the jig-saw fit of the continents at their continental margins.
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A) hotter than the outer core.
B) the same as the outer core.
C) rock.
D) solid.
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A) all at once.
B) before the quake,after the quake,and during the quake.
C) as an epicenter focus.
D) in unconsolidated rock.
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A) convergent boundaries between plates.
B) divergent boundaries between plates.
C) subduction zones.
D) transform fault boundaries between plates.
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A) stretches from the Gulf of California to Cape Mendocino,California,and separates the Pacific Plate from the North American Plate.
B) accommodates all the motion between the Pacific Plate and the North American Plate.
C) is presently inactive.
D) all of the above
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A) Earth is expanding.
B) seafloor is created at mid-ocean ridges and destroyed at deep ocean trenches.
C) sea level is rising.
D) earthquakes occur underwater.
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A) vibrate the particles of their medium up and down and side-to-side.
B) can travel through solid granite,magma,water and/or air.
C) can travel only through solids,not through fluids.
D) are the second seismic wave to register on a seismograph.
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A) faster and compresses and expands the rock as they move through it.
B) faster and vibrates rock particles up and down and side-to-side.
C) slower and can travel through solid granite,magma,water or air.
D) slower and they can only travel through solids,not liquids.
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A) compress and expand the rock as they move through it.
B) can travel through all mediums-solid granite,magma,water and/or air.
C) can travel only through solids-not in fluids.
D) are fast and the first to register on a seismograph.
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A) composed of basaltic rock that contains air bubbles from successive lava flows.
B) composed of granitic rocks whereas oceanic crust is composed of basaltic rocks.
C) thinner and forms a thin upper skin on the oceanic crust below.
D) very young and fresh.
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A) the mid-ocean ridges.
B) trenches that border continental margins.
C) islands surrounding the Pacific volcanic rim.
D) areas of sinking seafloor.
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A) compression.
B) tension.
C) shearing.
D) similar to that in normal faulting.
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A) apparent polar wandering and alternating magnetic stripe patterns on the ocean floor
B) paleomagnetism
C) normal and reverse polarity
D) continental drift and seafloor spreading
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A) alternating stripes of normal and reversed polarity paralleling the mid-Atlantic ridge.
B) thin oceanic crust composed of basaltic rocks.
C) that reversed polarity is rare.
D) all of the above.
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A) provides a credible driving force.
B) did not explain the fit between South America and Africa.
C) showed that ancient ice sheets did not exist.
D) showed that Pangaea broke up much later than predicted.
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