x=e^(theta)(theta+(1)/(theta))" and "y=e^(-theta)(theta-(1)/(theta))

If x=e^(theta)(theta+(1)/(theta)),y=e^(-theta)(theta-(1)/(theta)) , then find (dy)/(dx) .

x=e^(theta)(theta+(1)/(theta)),y = e^(-theta)(theta-(1)/(theta))

If x=e^(theta)(theta+(1)/(theta)),y = e^(-theta)(theta-( 1)/(theta)) then (dy)/(dx)

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

Find (dy)/(dx),w h e n x=e^(theta)(theta+1/theta)a n dy=e^(-theta)(theta-1/theta)

x=e^theta(theta+1/theta) , y=e^-theta(theta-1/theta) . Find dx/(d theta) and dy/(d theta)

If x=theta-(1)/(theta) and y=theta+(1)/(theta), then (dy)/(dx)

If x=theta-(1)/(theta)" and "y=theta+(1)/(theta)," then: "(d^(2)y)/(dx^(2))=

If x= e^(theta )(sin theta - cos theta ) , y= e^(theta ) ( sin theta + cos theta ) then (dy)/(dx) at theta =(pi)/(4) is

If x= e^(theta )(sin theta - cos theta ) , y= e^(theta ) ( sin theta + cos theta ) then (dy)/(dx) at theta =(pi)/(4) is