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seawater velocity = 1478 m/s water depth = 509 m sandstone velocity=2793 m/s thickness 1003 m mudstone velocity= 2240 m/s thickness = 373 m Air Gun Energy Source I 4. What is the maximum takeoff angle at which seismic energy can reflect from the sand/mud interface? Explain what happens to the energy for larger angles. Hydrophone Receivers seafloor sand/mud

seawater velocity = 1478 m/s water depth = 509 m sandstone velocity=2793 m/s thickness 1003 m mudstone velocity= 2240 m/s thickness = 373 m Air Gun Energy Source I 4. What is the maximum takeoff angle at which seismic energy can reflect from the sand/mud interface? Explain what happens to the energy for larger angles. Hydrophone Receivers seafloor sand/mud

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seawater velocity = 1478 m/s water depth = 509 m sandstone velocity 2793 m/s thickness 1003 m mudstone velocity = 2240 m/s thickness = 373 m Air Gun Energy Source 9° Hill I 4. What is the maximum takeoff angle at which seismic energy can reflect from the sand/mud interface? Explain what happens to the energy for larger angles. Hydrophone Receivers seafloor sand/mud
Transcribed Image Text:seawater velocity = 1478 m/s water depth = 509 m sandstone velocity 2793 m/s thickness 1003 m mudstone velocity = 2240 m/s thickness = 373 m Air Gun Energy Source 9° Hill I 4. What is the maximum takeoff angle at which seismic energy can reflect from the sand/mud interface? Explain what happens to the energy for larger angles. Hydrophone Receivers seafloor sand/mud
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