integration of Sin inverse X
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hey friend here is your answer^^ (I have also attached soft copy with this ans for your better understanding)
∫sin−1xdx∫sin−1xdx
Integrating by parts by taking sin−1xsin−1x as the first function
∫sin−1x.1dx∫sin−1x.1dx
sin−1x∫1dx−∫(ddx(sin−1x)∫1dx)dxsin−1x∫1dx−∫(ddx(sin−1x)∫1dx)dx
xsin−1x−∫x1−x2−−−−−√dxxsin−1x−∫x1−x2dx
1−x2=t1−x2=t
−2xdx=dt−2xdx=dt
xdx=−12dtxdx=−12dt
xsin−1x+12∫dtt√xsin−1x+12∫dtt
xsin−1x+122t√+Cxsin−1x+122t+C
xsin−1x+t√+Cxsin−1x+t+C
xsin−1x+1−x2−−−−−√+Cxsin−1x+1−x2+C
∫sin−1xdx∫sin−1xdx
Integrating by parts by taking sin−1xsin−1x as the first function
∫sin−1x.1dx∫sin−1x.1dx
sin−1x∫1dx−∫(ddx(sin−1x)∫1dx)dxsin−1x∫1dx−∫(ddx(sin−1x)∫1dx)dx
xsin−1x−∫x1−x2−−−−−√dxxsin−1x−∫x1−x2dx
1−x2=t1−x2=t
−2xdx=dt−2xdx=dt
xdx=−12dtxdx=−12dt
xsin−1x+12∫dtt√xsin−1x+12∫dtt
xsin−1x+122t√+Cxsin−1x+122t+C
xsin−1x+t√+Cxsin−1x+t+C
xsin−1x+1−x2−−−−−√+Cxsin−1x+1−x2+C
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