Question:

The combined equation of the two lines $a x+b y+c=0$ and $a^{\prime} x+b^{\prime} y+c^{\prime}=0$ can be written as $(a x+b y+c)\left(a^{\prime} x+b^{\prime} y+c^{\prime}\right)=0$
The equation of the angle bisectors of the lines represented by the equation $2 x^2+x y-3 y^2=0$ is

Updated On: Aug 21, 2024
  • $3 x^2+5 x y+2 y^2=0$
  • $x^2-y^2-10 x y=0$
  • $3 x^2+x y-2 y^2=0$
  • $x^2-y^2+10 x y=0$
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The Correct Option is B

Solution and Explanation

Equation of the pair of angle bisector for the homogenous equation is given as

Here
Equation will become


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Concepts Used:

Three Dimensional Geometry

Mathematically, Geometry is one of the most important topics. The concepts of Geometry are derived w.r.t. the planes. So, Geometry is divided into three major categories based on its dimensions which are one-dimensional geometry, two-dimensional geometry, and three-dimensional geometry.

Direction Cosines and Direction Ratios of Line:

Consider a line L that is passing through the three-dimensional plane. Now, x,y and z are the axes of the plane and α,β, and γ are the three angles the line makes with these axes. These are commonly known as the direction angles of the plane. So, appropriately, we can say that cosα, cosβ, and cosγ are the direction cosines of the given line L.

Three Dimensional Geometry