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QUESTION 2 Find a general solution to the following ODE: d df [sing der] + [n(n+1) sing]f =0. dep 0≤ 4≤ Hint: Do a change of variables u-coso using the Chain R O a. f = A P (cosp) + A Q (cosy) n n O b. f =AJ n (cos(p) O c. f = AY (sing) n O d. f = K P (cos(p) n n Oe. A p"+¹(cos) + B Q"+¹(cosa) +1 n

QUESTION 2 Find a general solution to the following ODE: d df [sing der] + [n(n+1) sing]f =0. dep 0≤ 4≤ Hint: Do a change of variables u-coso using the Chain R O a. f = A P (cosp) + A Q (cosy) n n O b. f =AJ n (cos(p) O c. f = AY (sing) n O d. f = K P (cos(p) n n Oe. A p"+¹(cos) + B Q"+¹(cosa) +1 n

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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QUESTION 2 Find a general solution to the following ODE: d df [sing dr]+[n(n+1) sing]f=0. 0<¢SI dep Hint: Do a change of variables u-cosp using the Chain Rule. O a. f = A P (cosp) + A Q (cosp) n n O b. f =AJ n (cos(p) O c. f = AY n n (sin) O d. f = K P (cos(p) n Oe. A p"+¹(cosa) + B Q"+¹(cosa) +1 n
Transcribed Image Text:QUESTION 2 Find a general solution to the following ODE: d df [sing dr]+[n(n+1) sing]f=0. 0<¢SI dep Hint: Do a change of variables u-cosp using the Chain Rule. O a. f = A P (cosp) + A Q (cosp) n n O b. f =AJ n (cos(p) O c. f = AY n n (sin) O d. f = K P (cos(p) n Oe. A p"+¹(cosa) + B Q"+¹(cosa) +1 n
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