" Length of the latus rectum of the parabola whose parametric equations are "`x=t^(2)+t+1`,`y=t^(2)-t+1`" where "`t in R`," is equal to."

The Length of Latus rectum of the parabola whose parametric equation is , x=t^(2)+t+1 , y=t^(2)-t+1 where t in R

The length of latusrectum of the parabola whose parametric equation is x=t^(2)+t+1 , y=t^(2)-t+1 where t in R

The length of latusrectum of the parabola whose parametric equation is x=t^(2)+t+1 , y=t^(2)-t+1 where t in R

The length of latusrectum of the parabola whose parametric equations are x=t^2+t+1,y=t^2-t+1, where t in R is equal to (1) sqrt(2) (2) sqrt(4) (3) sqrt(8) (4) sqrt(6)

The Cartesian equation of the directrix of the parabola whose parametrix equations are x=2t+1, y=t^(2)+2 , is

Find the equation of curve whose parametric equations are x=2t-3,y=4t^(2)-1 is

Find the slope of the line whose parametric equations are x=4t+6 and y=t-1

The vertex of the parabola whose parametric equation is x=t^(2)-t+1,y=t^(2)+t+1;t in R, is (1,1) (b) (2,2)((1)/(2),(1)/(2))(3)(3,3)

Show that the curve whose parametric coordinates are x=t^(2)+t+l,y=t^(2)-t+1 represents a parabola.