The solids are similar. Find the volume of solid B. Write your answer in terms of pi.

Now, I’m not sure if I’m right because I’m not in college, but I’m pretty sure for solid A you divide the area which is 12 times the volume which is 4608. We do this because the volume of a cylinder is a•h but since we don’t know the height we divide. So after dividing I got 384. And since the solids are supposedly similar you will multiply the area of solid B which is 15 times 384 which equals 5,760. So the volume of solid B is 5,760 pi in.^3… (let’s hope this is correct)

C (Step 3)

Step-by-step explanation: In step 3, he did not subtract -7(9) to keep the function equivalent