If `y = y(x)` and it follows the relation `e^(xy) + y cos x = 2`, then find (i) `y'(0)` and (ii) `y"(0)`.

If y=y(x) and it follows the relation e^(xy^2)+ycos(x^2)=5 then y'(0) is equal to

If y=y(x) and it follows the relation e^(xy^2)+ycos(x^2)=5 then y'(0) is equal to

If y=y(x) and it follows the relation 4x e^(x y)=y+5sin^2x , then y^(prime)(0) is equal to______

If y=y(x) and it follows the relation 4x e^(x y)=y+5sin^2x , then y^(prime)(0) is equal to______

If y=y(x) and it follows the relation 4x e^(x y)=y+5sin^2x , then y^(prime)(0) is equal to______

If y=y(x) and it follows the relation 4x e^(x y)=y+5sin^2x , then y^(prime)(0) is equal to______

If log(x+y)=2xy, then y'(0) is

If y = y ( x ) is the solution of differential equation sin y (dy ) /(dx ) - cos y = e ^ ( - x ) such that y ( 0 ) = ( pi ) /(2) then y (A) is equal to

(i) If x and y both are positive and (2x^(2) - 5y^(2)) : xy = 1 : 3 , find x : y . (ii) Find x , if 16((a - x)/(a + x))^(3) = (a + x)/(a - x) .

Draw the graph of the equation 4x+3y+6=0 From the graph find (i) y_(1) the value of y, when x=12 (ii) y_(2) the value of y, when x=-6