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JS₂² A region R is shown. Decide whether to use polar coordinates or rectangular coordinates and write integral, where f is an arbitrary continuous function on R. offe -3π/4 -π/4 f(x, y) dy dx ² -3+ OLL (² 3π/4 -π/4 of f f(r cos(8), r sin(0)) r dr de f(x, y) dy dx f(r, 0) dr de R f(x, y) dy dx 3 x f(x, y) dA as an iterated

JS₂² A region R is shown. Decide whether to use polar coordinates or rectangular coordinates and write integral, where f is an arbitrary continuous function on R. offe -3π/4 -π/4 f(x, y) dy dx ² -3+ OLL (² 3π/4 -π/4 of f f(r cos(8), r sin(0)) r dr de f(x, y) dy dx f(r, 0) dr de R f(x, y) dy dx 3 x f(x, y) dA as an iterated

Algebra & Trigonometry with Analytic Geometry
Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter6: The Trigonometric Functions
Section6.6: Additional Trigonometric Graphs
Problem 78E
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1₂ A region R is shown. Decide whether to use polar coordinates or rectangular coordinates and write R integral, where f is an arbitrary continuous function on R. of f off -3π/4 -π/4 0 off −3+ f(x, y) dy dx -3π/4 。 (²³ f(r cos(8), r sin(0)) r dr de J-π/4 1² f(x, y) dy dx f(r, 0) dr de R f(x, y) dy dx 3 x f(x, y) dA as an iterated
Transcribed Image Text:1₂ A region R is shown. Decide whether to use polar coordinates or rectangular coordinates and write R integral, where f is an arbitrary continuous function on R. of f off -3π/4 -π/4 0 off −3+ f(x, y) dy dx -3π/4 。 (²³ f(r cos(8), r sin(0)) r dr de J-π/4 1² f(x, y) dy dx f(r, 0) dr de R f(x, y) dy dx 3 x f(x, y) dA as an iterated
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