1 Answer

Philip Stratford · Answer 1 · 2023-01-29T21:08:33+0000

Solution

For this case we know that the volume is given by:

$V=r^2h\pi$

And we can solve for the radius and we got:

$r=\sqrt[]{(V)/(h\pi)}=\sqrt[]{(320)/(5(\pi))}=4.514in$

Then the answer would be 4.514 in

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