- #1
beuller34
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Hi all. I am a recent Chemical Engineering graduate, and I recently was program recommended into the Naval Nuclear Engineering Program. While going over a study guide for my technical interviews coming up, I came across this problem, and my mind went blank! It goes something like this:
1. Plot both y=x^2 and y=x^3 on the same graph, but only to 1.
2. Determine the area inbetween both functions using integration.
3. Imagine this space inbetween the functions was rotated about the x-axis. What will the volume of this region be.
While both parts 1. and 2. are quite trivial, I couldn't seem to figure out the the last part of the problem! Any help would be greatly appreciated. Thanks!
1. Plot both y=x^2 and y=x^3 on the same graph, but only to 1.
2. Determine the area inbetween both functions using integration.
3. Imagine this space inbetween the functions was rotated about the x-axis. What will the volume of this region be.
While both parts 1. and 2. are quite trivial, I couldn't seem to figure out the the last part of the problem! Any help would be greatly appreciated. Thanks!