A stratigraphic succession consists of alternating layers of sandstone and shale, with the top layer being sandstone. Calculate how the amplitude (energy) diminishes for reflections from each of the top four interfaces (ignore geometric spreading of the wavefront and absorption), if the densities and velocities are as follows: sandstone, p = 2 g/cm³, Vp = 2.6 km/s; shale, p= 2.3 g/cm?, Vp = 2.8 km/s. %3D

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A stratigraphic succession consists of alternating layers of sandstone and shale, with the top layer
being sandstone. Calculate how the amplitude (energy) diminishes for reflections from each of
the top four interfaces (ignore geometric spreading of the wavefront and absorption), if the
densities and velocities are as follows: sandstone, p= 2 g/cm', Vp=2.6 km/s; shale, p = 2.3
g/cm', Vp = 2.8 km/s.
%3D
Transcribed Image Text:A stratigraphic succession consists of alternating layers of sandstone and shale, with the top layer being sandstone. Calculate how the amplitude (energy) diminishes for reflections from each of the top four interfaces (ignore geometric spreading of the wavefront and absorption), if the densities and velocities are as follows: sandstone, p= 2 g/cm', Vp=2.6 km/s; shale, p = 2.3 g/cm', Vp = 2.8 km/s. %3D
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