\[\int_{0}^{\pi /2}{\frac{{{\sin }^{3/2}}x\,dx}{{{\cos }^{3/2}}x+{{\sin }^{3/2}}x}}=\] [Roorkee 1989; BIT Ranchi 1989]

\[\int_{0}^{\pi /2}{\frac{{{\sin }^{3/2}}x\,dx}{{{\cos }^{3/2}}x+{{\si

1.	\[\int_{0}^{\pi /2}{\frac{{{\sin }^{3/2}}x\,dx}{{{\cos }^{3/2}}x+{{\sin }^{3/2}}x}}=\] [Roorkee 1989; BIT Ranchi 1989]
A.	0
B.	\[\pi \]
C.	\[\pi /2\]
D.	\[\pi /4\]
Answer» E.

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\[\int_{0}^{\pi /2}{\frac{{{\sin }^{3/2}}x\,dx}{{{\cos }^{3/2}}x+{{\sin }^{3/2}}x}}=\] [Roorkee 1989; BIT Ranchi 1989]

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