120304 The common tangent of the parabolas \(y^2=4 x\) and \(x^2=-8 y\) is

120305 The equations of the sides \(A B\) and \(A C\) of a triangle \(A B C\) are \((\lambda+1) x+\lambda y=4\) and \(\lambda x+(1\) \(-\lambda) \mathbf{y}+\lambda=0\) respectively. Its vertex \(A\) is on the \(y\)-axis and its orthocenter is \((1,2)\). The length of the tangent from the point \(C\) to the part of the parabola \(\mathrm{y}^2=6 \mathrm{x}\) in the first quadrant is :

120989 The line \(4 x+6 y+9=0\) touches \(y^2=4 a x\) at the point

120990 The slopes of the normal to the parabola \(y^2=\) 4ax intersecting at a point on the axis of the parabola at a distance 4 a from its vertex are in

120304 The common tangent of the parabolas \(y^2=4 x\) and \(x^2=-8 y\) is

120305 The equations of the sides \(A B\) and \(A C\) of a triangle \(A B C\) are \((\lambda+1) x+\lambda y=4\) and \(\lambda x+(1\) \(-\lambda) \mathbf{y}+\lambda=0\) respectively. Its vertex \(A\) is on the \(y\)-axis and its orthocenter is \((1,2)\). The length of the tangent from the point \(C\) to the part of the parabola \(\mathrm{y}^2=6 \mathrm{x}\) in the first quadrant is :

120989 The line \(4 x+6 y+9=0\) touches \(y^2=4 a x\) at the point

120990 The slopes of the normal to the parabola \(y^2=\) 4ax intersecting at a point on the axis of the parabola at a distance 4 a from its vertex are in

120304 The common tangent of the parabolas \(y^2=4 x\) and \(x^2=-8 y\) is

120305 The equations of the sides \(A B\) and \(A C\) of a triangle \(A B C\) are \((\lambda+1) x+\lambda y=4\) and \(\lambda x+(1\) \(-\lambda) \mathbf{y}+\lambda=0\) respectively. Its vertex \(A\) is on the \(y\)-axis and its orthocenter is \((1,2)\). The length of the tangent from the point \(C\) to the part of the parabola \(\mathrm{y}^2=6 \mathrm{x}\) in the first quadrant is :

120989 The line \(4 x+6 y+9=0\) touches \(y^2=4 a x\) at the point

120990 The slopes of the normal to the parabola \(y^2=\) 4ax intersecting at a point on the axis of the parabola at a distance 4 a from its vertex are in

120304 The common tangent of the parabolas \(y^2=4 x\) and \(x^2=-8 y\) is

120305 The equations of the sides \(A B\) and \(A C\) of a triangle \(A B C\) are \((\lambda+1) x+\lambda y=4\) and \(\lambda x+(1\) \(-\lambda) \mathbf{y}+\lambda=0\) respectively. Its vertex \(A\) is on the \(y\)-axis and its orthocenter is \((1,2)\). The length of the tangent from the point \(C\) to the part of the parabola \(\mathrm{y}^2=6 \mathrm{x}\) in the first quadrant is :

120989 The line \(4 x+6 y+9=0\) touches \(y^2=4 a x\) at the point

120990 The slopes of the normal to the parabola \(y^2=\) 4ax intersecting at a point on the axis of the parabola at a distance 4 a from its vertex are in