Differentiate
with respect to
if 
Let
and
.
We need to differentiate u with respect to v that is find
.
We have ![]()
By substituting x = sin θ, we have

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[∵ sin2θ + cos2θ = 1]
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⇒
= tan–1(tanθ)
Given ![]()
However, x = sin θ
![]()
![]()
Hence, u = tan–1(tanθ) = θ
⇒ u = sin–1x
On differentiating u with respect to x, we get
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We know![]()
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Now, we have ![]()
By substituting x = sin θ, we have
![]()
![]()
[∵ sin2θ + cos2θ = 1]
⇒ v = sin–1(2sinθcosθ)
⇒ v = sin–1(sin2θ)
However, ![]()
Hence, v = sin–1(sin 2θ) = 2θ.
⇒ v = 2sin–1(x)
On differentiating v with respect to x, we get
![]()
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We know![]()
![]()
![]()
We have 


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Thus, ![]()
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