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JEE Main 2023
Conic Sections
Hyperbola
Medium

Question

Consider a hyperbola H : x 2 - 2y 2 = 4. Let the tangent at a point P(4, 6{\sqrt 6 }) meet the x-axis at Q and latus rectum at R(x 1 , y 1 ), x 1 > 0. If F is a focus of H which is nearer to the point P, then the area of Δ\DeltaQFR is equal to :

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Solution

Here's a detailed and educational solution to the problem, broken down into clear steps.

Problem: Consider a hyperbola H : x22y2=4x^2 - 2y^2 = 4. Let the tangent at a point P(4,6)P(4, \sqrt{6}) meet the x-axis at Q and latus rectum at R(x1,y1)R(x_1, y_1), x1>0x_1 > 0. If F is a focus of H which is nearer to the point P, then the area of QFR\triangle QFR is equal to:


1. Understanding the Hyperbola and its Parameters

The first step in any problem involving conic sections is to bring the given equation into its standard form. This allows us to easily identify key parameters like $a

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