Home
Class 12
MATHS
If xe^(xy) + ye^(-xy) = sin ^(2) x, the...

If `xe^(xy) + ye^(-xy) = sin ^(2) x`, then `(dy)/(dx)` at `x =0` is a)`2y^(2) -1` b)`2y` c)`y^(2) -y` d)`y^(2) -1`

A

`2y^(2) -1`

B

`2y`

C

`y^(2) -y`

D

`y^(2) -1`

Text Solution

Verified by Experts

The correct Answer is:
D
Promotional Banner

Similar Questions

Explore conceptually related problems

If xe^(xy)=y+sin^(2)x , then (dy)/(dx) at x = 0 is :

If x^(3)+2xy+(1)/(3)y^(3)=(11)/(3) , then (dy)/(dx) at (2,-1) is

If y= (1)/( 1+ x+x^2) , then (dy)/(dx) is equal to a) y^(2) (1+ 2x) b) (-1 +2x)/( y^2) c) (1+2x)/(y^2) d) -y^(2) (1+2x)

If 2y =sin^(-1) (x + 5y) , then (dx)/(dy) is equal to

If x^(2)+2xy+2y^(2)=1 , then (dy)/(dx) at the point where y=1 is equal to a)1 b)2 c)-1 d)0

Find (dy)/(dx) if xy+y^2=tanx+y

If y = sin^(2) cot^(-1) sqrt((1+x)/(1-x)) , then (dy)/(dx) is equal to a)2 sin 2x b)sin 2x c) (1)/(2) d) -(1)/(2)