use h1 and h2, h1 being the height of the entire cone, and h2 being the the second one. or how about:
(h/2 x (r/2 x r/2)pi) /3
you get the cone cut in two halves, then the radius will be half the original
use h1 and h2, h1 being the height of the entire cone, and h2 being the the second one. or how about:
(h/2 x (r/2 x r/2)pi) /3
you get the cone cut in two halves, then the radius will be half the original
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