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Let V be the volume of the region bounded below by the cone z = Vr² + y² and above by the sphere r? + y? + 22 bounded by the cone z = z = 10 + x, and lying inside the cylinder r2 +y? = 1. Which of the following is the value of V1 + V2 ? 4; V2 be the volume of the region Vr2 + y? and the plane -(13 – 4v/2) 3 (9 – V2) 3 (11 – 2v2) 3 -(16 – 5/2) 3 (14 – 3/2) 3

Let V be the volume of the region bounded below by the cone z = Vr² + y² and above by the sphere r? + y? + 22 bounded by the cone z = z = 10 + x, and lying inside the cylinder r2 +y? = 1. Which of the following is the value of V1 + V2 ? 4; V2 be the volume of the region Vr2 + y? and the plane -(13 – 4v/2) 3 (9 – V2) 3 (11 – 2v2) 3 -(16 – 5/2) 3 (14 – 3/2) 3

Advanced Engineering Mathematics
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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Let V be the volume of the region bounded below by the cone z = Vr2 + y? and above by the sphere 12 + y? + 22 = bounded by the cone z = z = 10 + x, and lying inside the cylinder r2+ y? = 1. Which of the following is the value of V1 + V2 ? 4; V2 be the volume of the region Vr2 + y? and the plane 4т -(13 – 4v2) (9 – V2) 3 4т (11 – 2/2) 3 -(16 – 5/2) 3 -(14 – 3/2)
Transcribed Image Text:Let V be the volume of the region bounded below by the cone z = Vr2 + y? and above by the sphere 12 + y? + 22 = bounded by the cone z = z = 10 + x, and lying inside the cylinder r2+ y? = 1. Which of the following is the value of V1 + V2 ? 4; V2 be the volume of the region Vr2 + y? and the plane 4т -(13 – 4v2) (9 – V2) 3 4т (11 – 2/2) 3 -(16 – 5/2) 3 -(14 – 3/2)
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