If an ellipse passes through the point `P(-3, 3)` and it has vertices at `(+-6, 0)` , then the equation of the normal to it at P is:

If a hyperbola passes through the point P(10,16) and it has vertices at (+-6,0) ,then the equation of the normal to it at P is

If a hyperbola has vertices (±6, 0) and P(10, 16) lies on it, then the equation of normal at P is

A hyperbola passes through the point P(sqrt(2),sqrt(3)) and has foci at (+-2,0). Then the tangent to this hyperbola at P also passes through the point:

A hyperbola passes through the point P(sqrt2,sqrt3) and has foci at (+-2,0) . Then the tangent to this hyperbola at P also passes through the point:

A hyperbola passes through the point (sqrt2,sqrt3) and has foci at (+-2,0) . Then the tangent to this hyperbola at P also passes through the point:

A hyperbola passes through the point (sqrt2,sqrt3) and has foci at (+-2,0) . Then the tangent to this hyperbola at P also passes through the point:

A hyperbola passes through the point P(sqrt2,sqrt3) and has foci at (pm2,0) . Then the tangent to this hyperbola at P also passes through the point

Graph the line passing through the point P and having slope m. P=(-1,3),m=0