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KUMAR PRAKASHAN-CONTINUITY AND DIFFERENTIABILITY-NCERT Exemplar Problems and Solution (Short Answer Type Questions)
- Differentiate sin^(n) (a x^(2) + bx + c)
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- Differentiate cos (tan sqrt(x+ 1))
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- Differentiate sin x^(2) + sin^(2)x + sin^(2) (x^(2))
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- Differentiate sin^(-1) ((1)/(sqrt(x + 1)))
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- Differentiate (sin x)^(cos x)
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- Differentiate sin^(m) x.cos^(n) x
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- Differentiate (x+1)^(2) (x + 2)^(3) (x + 3)^(4)
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- Differentiate cos^(-1) ((sin x + cos x)/(sqrt2)), - (pi)/(4) lt x lt (...
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- Differentiate tan^(-1) sqrt((1-cos x)/(1 + cos x)), - (pi)/(4) lt x lt...
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- Differentiate tan^(-1) (sec x + tan x), -(pi)/(2) lt x lt (pi)/(2)
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- Differentiate, tan^(-1) ((a cos x- b sin x)/(b cos x + a sin x)), (-pi...
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- Differentiate sec^(-1) ((1)/(4x^(3)-3x)), 0 lt x lt (1)/(sqrt2)
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- Write the following functions in the simplest form : tan^(-1)((3a^(2...
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- Prove that : tan^(-1)((sqrt(1+x^(2))+sqrt(1-x^(2)))/(sqrt(1+x^(2))-s...
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- Find (dy)/(dx): x=t + (1)/(t) and y= t - (1)/(t)
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- Find (dy)/(dx) of each of the functions expressed in parametric form: ...
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- Find (dy)/(dx) of each of the functions expressed in parametric form: ...
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- Find (dy)/(dx) of each of the functions expressed in parametric form: ...
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- Find (dy)/(dx) of each of the functions expressed in parametric form: ...
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- Find (dy)/(dx): x= e^(cos 2t) and y= e^(sin 2t) show that, (dy)/(dx)...
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