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Use polar coordinates to describe the region shown. y 10 5 -10 -5 10 5 -10 R = {(r, 8): 0 srs 3 sin(88), o s8 s n} R = {(r, 8): 0 srs 8 sin(30), o s e s T} R = {(r, 8): 0 srs sin(86), o sesT} R = {(r, 8): 0 srs 3 cos(80), osesT} R = {(r, 8): 0 srs 8 cos(38), o sesT}

Use polar coordinates to describe the region shown. y 10 5 -10 -5 10 5 -10 R = {(r, 8): 0 srs 3 sin(88), o s8 s n} R = {(r, 8): 0 srs 8 sin(30), o s e s T} R = {(r, 8): 0 srs sin(86), o sesT} R = {(r, 8): 0 srs 3 cos(80), osesT} R = {(r, 8): 0 srs 8 cos(38), o sesT}

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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Use polar coordinates to describe the region shown. y 10 - 10 -5 10 -10 {(r, 8): 0 srs3 sin(80), 0 s e s T} R = {(r, 8): 0 srs 8 sin(30), o sesT} R = R = {(r, 8): 0 srs sin(86), 0 s 8 sT} {(r, 8): 0 srs 3 cos(80), 0 s es T} 1OR= OR = {(r, 8): 0srs 8 cos(3e), o ses T}
Transcribed Image Text:Use polar coordinates to describe the region shown. y 10 - 10 -5 10 -10 {(r, 8): 0 srs3 sin(80), 0 s e s T} R = {(r, 8): 0 srs 8 sin(30), o sesT} R = R = {(r, 8): 0 srs sin(86), 0 s 8 sT} {(r, 8): 0 srs 3 cos(80), 0 s es T} 1OR= OR = {(r, 8): 0srs 8 cos(3e), o ses T}
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