A curve in the xy-plane is parametrically given by `x=t+t^3a n dy=t^2,w h e r et in R` is the parameter. For what value(s) of `t` is `(dy)/(dx)=1/2?` `1/3` b. `2` c. `3` d. `1`

A curve parametrically given by x=t+t^(3)" and "y=t^(2)," where "t in R." For what vlaue(s) of t is "(dy)/(dx)=(1)/(2) ?

A curve parametrically given by x=t+t^(3)" and "y=t^(2)," where "t in R." For what vlaue(s) of t is "(dy)/(dx)=(1)/(2) ?

A curve parametrically given by x=t+t^(3)" and "y=t^(2)," where "t in R." For what vlaue(s) of t is "(dy)/(dx)=(1)/(2) ?

A curve is represented parametrically by the equations x=e^(1)cost andy=e^(1) sin t, where t is a parameter. Then, If F(t)=int(x+y)dt, then the value of F((pi)/(2))-F(0) is

A curve is difined parametrically by x=e^(sqrtt),y=3t-log_(e)(t^(2)), where t is a parameter. Then the equation of the tangent line drawn to the curve at t = 1 is

A curve is represented parametrically by the equations x=f(t)=a^(In(b^t))and y=g(t)=b^(-In(a^(t)))a,bgt0 and a ne 1, b ne 1" Where "t in R. The value of (d^(2)y)/(dx^(2)) at the point where f(t)=g(t) is

If x and y are connected parametrically by the equations given, without eliminating the parameter, Find (dy)/(dx) . x=2a t^2, y=a t^4

A function is reprersented parametrically by the equations x=(1+t)/(t^3); y=3/(2t^2)+2/tdotT h e nt h ev a l u eof(dy)/(dx)-x((dy)/(dx))^3 is__________

A function is reprersented parametrically by the equations x=(1+t)/(t^3); y=3/(2t^2)+2/tdotT h e nt h ev a l u eof|(dy)/(dx)-x((dy)/(dx))^3| is__________

A function is reprersented parametrically by the equations x=(1+t)/(t^3); y=3/(2t^2)+2/tdotT h e nt h ev a l u eof|(dy)/(dx)-x((dy)/(dx))^3| is__________