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2.2 (x, y) GIVEN: The triangle, ƏR, in the xy - plane with vertices A,B,C given by A = (0,0), B = (2,2), C = (0,4) Let R be the (finite) region of the xy-plane enclosed by ƏR. EVALUATE: √(x+y)² + 4 dxdy Y C (0,4) A R = (u, v) B (2,2) X V HINT: T¹: x+y l-x+y = U = V

2.2 (x, y) GIVEN: The triangle, ƏR, in the xy - plane with vertices A,B,C given by A = (0,0), B = (2,2), C = (0,4) Let R be the (finite) region of the xy-plane enclosed by ƏR. EVALUATE: √(x+y)² + 4 dxdy Y C (0,4) A R = (u, v) B (2,2) X V HINT: T¹: x+y l-x+y = U = V

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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2.2 GIVEN: The triangle, ƏR, in the xy - plane with vertices A,B,C given by A = (0,0), B=(2, 2), C = (0,4) (x, y) Let R be the (finite) region of the xy-plane enclosed by ƏR. EVALUATE: √√√(x+y)² + 4 dœdy Y C (0,4) A R = (u, v) B (2,2) X V HINT: T¹: x + = Y -x + = U V
Transcribed Image Text:2.2 GIVEN: The triangle, ƏR, in the xy - plane with vertices A,B,C given by A = (0,0), B=(2, 2), C = (0,4) (x, y) Let R be the (finite) region of the xy-plane enclosed by ƏR. EVALUATE: √√√(x+y)² + 4 dœdy Y C (0,4) A R = (u, v) B (2,2) X V HINT: T¹: x + = Y -x + = U V
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