Answer
1200$\pi$ cm$^3$
Work Step by Step
V=$\frac{1}{3}$Bh$_1$+$\frac{1}{3}$Bh$_2$
V=$\frac{1}{3}$(144$\pi$)(9)+$\frac{1}{3}$(144$\pi$)(16)
V=432$\pi$+768$\pi$
V=1200$\pi$
Elementary Geometry for College Students (5th Edition)
by Alexander, Daniel C.; Koeberlein, Geralyn M.
Published by
Brooks Cole
ISBN 10:
1439047901
ISBN 13:
978-1-43904-790-3
Chapter 9 - Section 9.3 - Cylinders and Cones - Exercises - Page 432: 27
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