Differentiate tan−1(2x1−x2) with respect to sin−1(2x1+x2)?
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Let u=tan−1(1+x2√−1x) and v=tan−1(x)Put x = tan θNow, u = tan−1[1 + tan2θ√ − 1tan θ]⇒u = tan−1[sec θ − 1tan θ]⇒u = tan−1[1 − cos θsin θ]⇒u = tan−1[2 sin2(θ/2)2 sin(θ/2) . cos(θ/2)]⇒u = tan−1[tan(θ/2)] = θ2 = 12tan−1x⇒dudx = 12.11+x2Now, v =tan−1x⇒v = tan−1[tan θ]⇒v = θ⇒v =tan−1x⇒dvdx = 11+x2Now, dudv = dudx×dxdv = 12.11+x2 × 1+x21 = 12
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Let u=tan−1(1+x2√−1x) and v=tan−1(x)Put x = tan θNow, u = tan−1[1 + tan2θ√ − 1tan θ]⇒u = tan−1[sec θ − 1tan θ]⇒u = tan−1[1 − cos θsin θ]⇒u = tan−1[2 sin2(θ/2)2 sin(θ/2) . cos(θ/2)]⇒u = tan−1[tan(θ/2)] = θ2 = 12tan−1x⇒dudx = 12.11+x2Now, v =tan−1x⇒v = tan−1[tan θ]⇒v = θ⇒v =tan−1x⇒dvdx = 11+x2Now, dudv = dudx×dxdv = 12.11+x2 × 1+x21 = 12
Hope this information will clear your doubts about topic.
If you have more doubts just ask here on the forum and our experts will try to help you out as soon as possible.
Regards
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