Let R be the region in the half plane x 2 0 bounded by the curves y=-5x + 5 y = x2 - 1 *= 0 Compute the volume of the solid of revolution formed by rotating Rabout the vertical line x = -2. A) V= 2n (x-2)[(-5x +5)- (x2 - 1)]dx. B) V= 2m (x + 2)[(x² - 1) - (-5x + 5)]dx. C c) V = 2m (x + 2)[(-5x + 5)- (x2- 1)]dx. D) V = 2m (x- 2)[(x² – 1) – (-5x + 5)]dx. E) None of the above.
Let R be the region in the half plane x 2 0 bounded by the curves y=-5x + 5 y = x2 - 1 *= 0 Compute the volume of the solid of revolution formed by rotating Rabout the vertical line x = -2. A) V= 2n (x-2)[(-5x +5)- (x2 - 1)]dx. B) V= 2m (x + 2)[(x² - 1) - (-5x + 5)]dx. C c) V = 2m (x + 2)[(-5x + 5)- (x2- 1)]dx. D) V = 2m (x- 2)[(x² – 1) – (-5x + 5)]dx. E) None of the above.
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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