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L 1 and L 2 defined by L 1 : x √ 2 + y − 1 = 0 and L 2 : x √ 2 − y + 1 = 0
For a fixed constantλ , let C be the locus of a point P such that the product of the distance of P from L 1 and the distance of P from L 2 is λ 2 . The line y = 2 x + 1 meets C at two points R and S , where the distance between R and S is √ 270 .
Let the perpendicular bisector ofR S meet C at two distinct points R ′ and S ′ . Let D be the square of the distance between R' and S'.
Question Stem for Question Nos. 47 and 48
Consider the lines For a fixed constant
Let the perpendicular bisector of
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