is defined over the arc C:y =r, where 0 SI<1. FindS(2, v) 2 0).Given 2 = f(r. y)=36ythe surface area of the curtain that is determined by f(r. u) and the ARC C. [Hint: Note that Z%3DShow all steps that you used in evaluating the integral. You may use a calculator at the end (i.e., last step ONLY, inorder to come up with the answer)

The surface can be parametrized as follows: r→=xi^ +y j^ +f(x, y) k^ ⇒r→=xi^ +x3 j^ +36y9x4+1k^,…

Given Z= S(r. y)- is defined over the arc C: y2, where 0 SISL. Find the surface area of the curtain that is determined by f(x.v) and the ARC C. [Hint: Note that Z= f(z, ) 2 01. Show all steps that you used in evaluating the integral. You may use a calculator at the end (i.e., last step ONLY, in order to come up with the answer)

Given Z= S(r. y)- is defined over the arc C: y2, where 0 SISL. Find the surface area of the curtain that is determined by f(x.v) and the ARC C. [Hint: Note that Z= f(z, ) 2 01. Show all steps that you used in evaluating the integral. You may use a calculator at the end (i.e., last step ONLY, in order to come up with the answer)

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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Question

is defined over the arc C:y =r, where 0 SI<1. Find
S(2, v) 2 0).
Given 2 = f(r. y)=
36y
the surface area of the curtain that is determined by f(r. u) and the ARC C. [Hint: Note that Z%3D
Show all steps that you used in evaluating the integral. You may use a calculator at the end (i.e., last step ONLY, in
order to come up with the answer)

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ISBN:

9780470458365

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Wiley, John & Sons, Incorporated