i have to do actual research, but my gut is telling me Bessel functions (they are known to describe concentric waves) Dusting off my continuum mechanics.. i think the Bessel funcs are the solutions to a set of differential equations called the 'linearized water wave equations'
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I think you are overthinking it. It looks like a variant of the classic two ball drop problem, where the first impact is inelastic. http://hyperphysics.phy-astr.gsu.edu/hbase/doubal.html …pic.twitter.com/EflIZZF9fq
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Hmm .. I’m not sure if that works for fluids though
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Is this the science behind when my bogey board drilled me in the face?
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that was probably buoyancy, this has to do with a singularity at the center of a concentric wave
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Ok g**gle pls compute the mass and depth needed for a payload to achieve escape velocity from planet earth
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You may be limited by air resistance unfortunately
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That impulse at time 0 be like
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non-differentiable
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قانون حفظ الطاقة يعمل في كل وقت
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