Number of normals can be drawn from point `(1, 2)` on the parabola `y^2=12x`

Statement I two perpendicular normals can be drawn from the point (5/2,-2) to the parabola (y+1)^2=2(x-1) . Statement II two perpendicular normals can be drawn from the point (3a,0) to the parabola y^2=4ax .

Statement I two perpendicular normals can be drawn from the point (5/2,-2) to the parabola (y+1)^2=2(x-1) . Statement II two perpendicular normals can be drawn from the point (3a,0) to the parabola y^2=4ax .

Statement I two perpendicular normals can be drawn from the point (5/2,-2) to the parabola (y+1)^2=2(x-1) . Statement II two perpendicular normals can be drawn from the point (3a,0) to the parabola y^2=4ax .

Statement I two perpendicular normals can be drawn from the point (5/2,-2) to the parabola (y+1)^2=2(x-1) . Statement II two perpendicular normals can be drawn from the point (3a,0) to the parabola y^2=4ax .

The number of normals drawn from the point (6, -8) to the parabola y^2 - 12y - 4x + 4 = 0 is

The number of normals drawn from the point (6,-8) to the parabola y^(2)-12y-4x+4=0 is

Number of normals drawn through the point (8, 4) to the parabola y^(2)= 2x

Find the number of distinct normals that can be drawn from (-2,1) to the parabola y^2-4x-2y-3=0

Find the number of distinct normals that can be drawn from (-2,1) to the parabola y^2-4x-2y-3=0