A region Rxy, in the XY plane, is shown below: A) 1- JJRa 2r + 3y – 6 = 0 2r +3y+1 0 Rry %3D Consider the change of variable u = xy and v = 3y + 2x and the integral /I (20*y – 3ry?) - sin(3ry? + 2a°y)dA_ I Rry If Ruy is the region in the UV plane generated with the above change of variable, th true that: I = U • sin(uv)dAu B) I = -uvv2 – 24u · sin(uv)dAuv Ruv C) I = || uvv² – 24u · sin(uv)dAu Ruv
A region Rxy, in the XY plane, is shown below: A) 1- JJRa 2r + 3y – 6 = 0 2r +3y+1 0 Rry %3D Consider the change of variable u = xy and v = 3y + 2x and the integral /I (20*y – 3ry?) - sin(3ry? + 2a°y)dA_ I Rry If Ruy is the region in the UV plane generated with the above change of variable, th true that: I = U • sin(uv)dAu B) I = -uvv2 – 24u · sin(uv)dAuv Ruv C) I = || uvv² – 24u · sin(uv)dAu Ruv
Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter9: Systems Of Equations And Inequalities
Section: Chapter Questions
Problem 12T
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