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Evaluate the iterated integral 2 4-y? I= - lv xy dxdy 10 JO by converting to polar coordinates. 1. I = 1 2. I = 0 1 3. I = - 2 4. I = 2 3 5. I = NIC 2
a) b)
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a) b)
a)
b)
Use polar coordinates to find the volume of he solid shown in y 2 Z = above the cone Vz2 + y2 and below the sphere 22 + y2 + 2 = 1. 1. V = 45 (2-v2) 47 3 2. V = 2 3. V 4. V = (2-v2) 2 / 3 (2 - √2) 6. V = 27 / 5. V 20/2017
Evaluate the iterated integral 2 4-y? I= - lv xy dxdy 10 JO by converting to polar coordinates. 1. I = 1 2. I = 0 1 3. I = - 2 4. I = 2 3 5. I = NIC 2
b)
Use polar coordinates to find the volume of he solid shown in y 2 Z = above the cone Vz2 + y2 and below the sphere 22 + y2 + 2 = 1. 1. V = 45 (2-v2) 47 3 2. V = 2 3. V 4. V = (2-v2) 2 / 3 (2 - √2) 6. V = 27 / 5. V 20/2017
Evaluate the iterated integral 2 4-y? I= - lv xy dxdy 10 JO by converting to polar coordinates. 1. I = 1 2. I = 0 1 3. I = - 2 4. I = 2 3 5. I = NIC 2
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