#diffrential equations error ( class 12 cbse)
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<@&1227988399579730072>
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<@&1227988399579730072> any inputs?
Yes, but the approach is correct.
(y-sin(x))dx=-tan(x)dy
So, $\frac{dy}{dx}=cos(x)-ycot(x) \newline$. This is an LDE with integrating factor $e^{\int{cot(x)dx}}=sin(x)$. Now, $y \cdot sin(x)=\int{sin(x)cos(x)}dx$
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