The solution of the differential equation\[x\sin x\frac{dy}{dx}+(x\cos x+\sin x)y=\sin x\]. When \[y(0)=0\] is

The solution of the differential equation\[x\sin x\frac{dy}{dx}+(x\cos

1.	The solution of the differential equation\[x\sin x\frac{dy}{dx}+(x\cos x+\sin x)y=\sin x\]. When \[y(0)=0\] is
A.	\[xy\sin x=1-\cos x\]
B.	\[xy\sin x+\cos x=0\]
C.	\[x\sin x+y\cos x=0\]
D.	\[x\sin x+y\cos x=1\]
Answer» B. \[xy\sin x+\cos x=0\]

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The solution of the differential equation\[x\sin x\frac{dy}{dx}+(x\cos x+\sin x)y=\sin x\]. When \[y(0)=0\] is

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