10.) Find the general solution to the differential equation in the previous problem. y – (cot r)y = sin r A) y(r) = r sin r +C B) y(r) = r sin r + C sin r C) y(r) = - cos r sin r+ C sin z D) y(r) = x +C E) None of the above answers are correct.

Advanced Engineering Mathematics
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ISBN:9780470458365
Author:Erwin Kreyszig
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Chapter2: Second-order Linear Odes
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10.) Find the general solution to the differential equation in the previous problem.
y – (cot r)y = sin r
A) y(x) = x sin z +C
B) y(x) = r sin r +C sin r
C) y(x) =
- cos r sin r + C sin r
D) y(x) = x + C
E) None of the above answers are correct.
Transcribed Image Text:10.) Find the general solution to the differential equation in the previous problem. y – (cot r)y = sin r A) y(x) = x sin z +C B) y(x) = r sin r +C sin r C) y(x) = - cos r sin r + C sin r D) y(x) = x + C E) None of the above answers are correct.
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