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Let f = (1 + xcos 2y)e, + (xsin 2y)ez = ue, + vez, x > 0,0 < y < n. The inverse is f-1 = xe, + yez , where x- (u - 1)* + w*. y - tan,) - (u - 1)* + w, y - tan* („",) The above answer O The above a nswer x = Vu? + v², y = tan~1 x = V(u – 1)² + v², y = tan“* („") The above answer O The above a ns wer

Let f = (1 + xcos 2y)e, + (xsin 2y)ez = ue, + vez, x > 0,0 < y < n. The inverse is f-1 = xe, + yez , where x- (u - 1)* + w*. y - tan,) - (u - 1)* + w, y - tan* („",) The above answer O The above a nswer x = Vu? + v², y = tan~1 x = V(u – 1)² + v², y = tan“* („") The above answer O The above a ns wer

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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Let f = (1+ xcos 2y)e, + (xsin 2y)e2 = ue, + vez, x > 0,0 < y < n. The inverse is f-1 = xe, + yez , where - V(u – 1)² + v², y x- (u - 1)? + v², y -tan") tan- 2 The a bove answer The above a ns wer x = Vu? + v², y = tan-1 - V(u – 1)? + v²,y = tan The above answer The above a ns wer
Transcribed Image Text:Let f = (1+ xcos 2y)e, + (xsin 2y)e2 = ue, + vez, x > 0,0 < y < n. The inverse is f-1 = xe, + yez , where - V(u – 1)² + v², y x- (u - 1)? + v², y -tan") tan- 2 The a bove answer The above a ns wer x = Vu? + v², y = tan-1 - V(u – 1)? + v²,y = tan The above answer The above a ns wer
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