The point(s) on the curve y = `x^2`, at which y-coordinate is changing six times as fast as X- coordinate is/are

The point on the curve 6y =x ^(3)+2 at which y- co ordinate is changing 8 times as fast as x- co -ordinate is

A particle moves along the curve y = 4x^(2)+ 2 , then the point on the curve at which -y coordinates is changing 8 times as fast as the x-coordinate is

A particle moves along the curve 6y = x^(3)+2 . Find the points on the curve at which the y-coordinate is changing 8 times as fast as the x-coordinate

A particle moves along a curve 6y=x^3+2 . Find the points on the curve at which the y-coordinate is changing 8 times as fast as the x-coordinate.

A particle moves along the curve y=(2)/(3) x^(3)+1 . Find the point on the curve at which y-coordinate is changing twice as fast as x-coordinate.

A particle moves along the curve y=((2)/(3))x^(3)+1. Find the points on the curve at which the y-coordinate is changing twice as fast as the x-coordinate

A particle moves along the curve y= (2/3)x^3+1 . Find the points on the curve at which the y-coordinate is changing twice as fast as the x-coordinate.

A particle moves along the cirve x^(2)+4=y . The points on the curve at which the y coordinates changes twice as fast as the x coordinate, is

A particle moves along the curve y=(4)/(3)x^(3)+5 . Find the points on the curve at which the y - coordinate changes as fast as the x - coordinate.

= Find the point on the curve y^(2)=8x+3 for which the y-coordinate changes 4 xx more than coordinate of x.