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JEE MATHEMATICS MCQ: PARABOLA

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The intersection point of the normals drawn at the end points of latusrectum of the parabola x2=−2y{x^2} = - 2y is
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Correct option: D
(0,−32)\left( {0, - \frac{3}{2}} \right)
Option D (0,−32)\left( {0, - \frac{{3}}{{2}}} \right) is correct because it is the intersection point obtained by solving the equations of the normals at the end points of the latus rectum.

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The equation of a common tangent to the parabolas y=x2y=x^2 and y=−(x−2)2y=-(x-2)^2 is A point PP moves such that slope of one tangent drawn from it to parabola y2=16xy^2=16 x is four times the slope of other tangent, then the length of latus rectum of the conic represented by locus of PP, is Let P,Q,RP,Q,R be three points on parabola y2=4x{y^2} = 4x and normal at PP and RR meet at QQ, then the locus of the mid-point of the chord PRPR is a parabola whose vertex is at The tangents at the end points of any chord through (1,0)(1,0) to the parabola y2+4x=8y^2+4 x=8 intersect The focus of the parabola x2=−16yx^2=-16 y is If II denotes the semi-latusrectum of the parabola y2=4ax{y^2} = 4ax and SPSP and SQSQ denote the segments of any focal chord PQ,SPQ,S being the focus, then SP,lSP,l and SQSQ are in the relation
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