Calculating the volume of a hemisphere given only the height

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So I have a math problem that I'm trying to solve with regards to hemispheres but am just confused about this part of the question

If I have a hemisphere with radius $r$, then

Volume $= \frac23\pi r^3$

However, how can I find some volume within the hemisphere if I am given the height only?

I've only used height of a hemisphere when I know it is equal to the radius but never less.

Thank you!

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1 Answer

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It sounds like you're talking about a spherical cap.

If so, the volume of a spherical cap with height $h$ on a sphere with radius $r$ is $$ V = \frac{\pi h^2}{3}(3r - h) $$

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