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Find (dy)/(dx) of each of the functions ...

Find `(dy)/(dx)` of each of the functions expressed in parametric form:
`x= e^(theta) (theta + (1)/(theta)), y= e^(-theta) (theta - (1)/(theta))`

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The correct Answer is:
`e^(-2 theta) ((-theta^(3) + theta^(2) + theta+ 1)/(theta^(3) + theta^(2) + theta-1))`
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KUMAR PRAKASHAN-CONTINUITY AND DIFFERENTIABILITY-NCERT Exemplar Problems and Solution (Short Answer Type Questions)
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  3. Find (dy)/(dx) of each of the functions expressed in parametric form: ...

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  4. Find (dy)/(dx) of each of the functions expressed in parametric form: ...

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  6. Find (dy)/(dx) of each of the functions expressed in parametric form: ...

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  8. Find (dy)/(dx): x=a sin 2t (1+ cos 2t) and y= b cos 2t (1-cos 2t) ...

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  10. Differentiate (x)/(sin x) w.r.t sin x

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  11. Differentiate tan^(-1) ((sqrt(1+x^(2))-1)/(x)) w.r.t tan^(-1)x, where ...

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  12. Find (dy)/(dx) when x and y are connected by the relation given: si...

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  13. Find (dy)/(dx) when x and y are connected by the relation given: se...

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  14. Find (dy)/(dx) when x and y are connected by the relation given: ta...

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  15. Find (dy)/(dx) when x and y are connected by the relation given: (x...

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  16. If ax^(2) + 2hxy + by^(2) + 2gx + 2f y + c = 0, then show that (dy)/(d...

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  17. If x= e^((x)/(y)), then prove that (dy)/(dx)= (x-y)/(x.log x)

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  18. If y^(x)= e^(y-x), then prove that (dy)/(dx)= ((1+ log y)^(2))/(log y)

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  19. If y= (cos x)^((cos x)^((cos x)……oo)), then show that (dy)/(dx)= (y^(2...

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  20. If x sin (a + y) + sin a cos (a + y)= 0, then prove that (dy)/(dx)= (s...

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