Home
Class 12
MATHS
Consider the parabola whose focus is at ...

Consider the parabola whose focus is at (0,0) and tangent at vertex is x-y+1=0
The length of latus rectum is

Promotional Banner

Similar Questions

Explore conceptually related problems

Consider the parabola whose focus is at (0,0) and tangent at vertex is x-y+1=0 The length of the chord of parabola on the x-axis is

Consider the parabola whose focus is at (0,0) and tangent at vertex is x-y+1=0 The length of the chord of parabola on the x-axis is

Consider the parabola whose focus is at (0,0) and tangent at vertex is x-y+1=0 The length of the chord of parabola on the x-axis is

Consider the parabola whose focus is at (0,0) and tangent at vertex is x-y+1=0 Tangents drawn to the parabola at the extremities of the chord 3x+2y=0 intersect at angle

Consider the parabola whose focus is at (0,0) and tangent at vertex is x-y+1=0 Tangents drawn to the parabola at the extremities of the chord 3x+2y=0 intersect at angle

Consider the parabola whose focus is at (0,0) and tangent at vertex is x-y+1=0 Tangents drawn to the parabola at the extremities of the chord 3x+2y=0 intersect at what angle ?

Consider the parabola whose focus is at (0,0) and tangent at vertex is x-y+1=0 Tangents drawn to the parabola at the extremities of the chord 3x+2y=0 intersect at angle

Latus rectum of the parabola whose focus is (3, 4) and whose tangent at vertex has the equation x + y = 7 + 5sqrt2 is