The ocean floor is underlain by a layer of basalt that constitutes the crust, or uppermost layer, of the Earth in that region. Below this crust is found denser periodotite rock, which forms the Earth's mantle. The boundary between these two layers is called the Mohorovicic discontinuity ("Moho" for short). If an explosive charge is set off at the surface of the basalt, it generates a seismic wave that is reflected back out at the Moho. If the speed of this wave in basalt is 5.8km/s and the two-way travel time is 2.6s, what is the thickness of this oceanic crust? State your answer in km to the nearest 0.01 km.

College Physics
11th Edition
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Chapter1: Units, Trigonometry. And Vectors
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The ocean floor is underlain by a layer of basalt that constitutes the crust, or
uppermost layer, of the
periodotite rock, which forms the Earth's mantle. The boundary between these two
layers is called the Mohorovicic discontinuity ("Moho" for short). If an explosive
charge is set off at the surface of the basalt, it generates a seismic wave that is
reflected back out at the Moho. If the speed of this wave in basalt is 5.8km/s and the
two-way travel time is 2.6s, what is the thickness of this oceanic crust? State your
Earth in that region. Below this crust is found denser
answer in km to the nearest 0.01 km.
Transcribed Image Text:The ocean floor is underlain by a layer of basalt that constitutes the crust, or uppermost layer, of the periodotite rock, which forms the Earth's mantle. The boundary between these two layers is called the Mohorovicic discontinuity ("Moho" for short). If an explosive charge is set off at the surface of the basalt, it generates a seismic wave that is reflected back out at the Moho. If the speed of this wave in basalt is 5.8km/s and the two-way travel time is 2.6s, what is the thickness of this oceanic crust? State your Earth in that region. Below this crust is found denser answer in km to the nearest 0.01 km.
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