List I has four entries and List II has five entries. Each entry of List I is to be correctly matched with one or more than one entries of List II. List IList II (A)A possible point of intersection of theparabola y2=4x and the circle havingcentre at (6,5), which cut orthogonally, is (P)(6,3)(B)From a point P, tangents PQ and PRare drawn to the ellipse x2+2y2=2,so that the equation of QR is x+3y=1.Then the coordinates of P are(Q)(4,4)(C)The vertices of the hyperbola9x2−16y2−36x+96y−252=0 are(R)(−2,3)(D)A point on y2=4x at which the normalmakes equal angles with the coordinateaxes is(S)(1,−2)(T)(2,3) Which of the following is CORRECT combination?

List I has four entries and List II has five entries. Each entry of Li

1.	List I has four entries and List II has five entries. Each entry of List I is to be correctly matched with one or more than one entries of List II. List IList II (A)A possible point of intersection of theparabola y2=4x and the circle havingcentre at (6,5), which cut orthogonally, is (P)(6,3)(B)From a point P, tangents PQ and PRare drawn to the ellipse x2+2y2=2,so that the equation of QR is x+3y=1.Then the coordinates of P are(Q)(4,4)(C)The vertices of the hyperbola9x2−16y2−36x+96y−252=0 are(R)(−2,3)(D)A point on y2=4x at which the normalmakes equal angles with the coordinateaxes is(S)(1,−2)(T)(2,3) Which of the following is CORRECT combination?
Answer» $List I$ has four entries and $List II$ has five entries. Each entry of $List I$ is to be correctly matched with one or more than one entries of $List II .$ $\begin{matrix} List I & List II (A) & A possible point of intersection of the parabola y^{2} = 4 x and the circle having centre at (6, 5), which cut orthogonally, is & (P) & (6, 3) (B) & From a point P, tangents P Q and P R are drawn to the ellipse x^{2} + 2 y^{2} = 2, so that the equation of Q R is x + 3 y = 1. Then the coordinates of P are & (Q) & (4, 4) (C) & The vertices of the hyperbola 9 x^{2} - 16 y^{2} - 36 x + 96 y - 252 = 0 are & (R) & (- 2, 3) (D) & A point on y^{2} = 4 x at which the normal makes equal angles with the coordinate axes is & (S) & (1, - 2) (T) & (2, 3) \end{matrix}$ Which of the following is CORRECT combination?