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3 1a). Let V be the volume of the shape formed between the parabloid z = 2x² — y² and the cone z² = x² + y² where z ≤ 0 using the fr dz dr de coordinates, and so find the volume first, and then the surface area of this shape. b) now find f(x² + y²) ds

3 1a). Let V be the volume of the shape formed between the parabloid z = 2x² — y² and the cone z² = x² + y² where z ≤ 0 using the fr dz dr de coordinates, and so find the volume first, and then the surface area of this shape. b) now find f(x² + y²) ds

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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Hi could you please help me with this practise problem, with huge emphasis on explanation of finding the bounds for the integrals please. 

3 - -x² - y² and the cone 2 1a). Let V be the Volume of the shape formed between the parabloid z = z² = x² + y² where z ≤ 0 using the fr dz dr de coordinates, and so find the volume first, and then the surface area of this shape. b) now find f(x² + y²) ds
Transcribed Image Text:3 - -x² - y² and the cone 2 1a). Let V be the Volume of the shape formed between the parabloid z = z² = x² + y² where z ≤ 0 using the fr dz dr de coordinates, and so find the volume first, and then the surface area of this shape. b) now find f(x² + y²) ds
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