let A (2,5) and B(4, -1) be vertices of a triangle ABC. if the centroid of the triangle moves on the line 2x + 3y = 1, then locus of the vertex C is the line

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praneethvikram · Answer

given centroid lies on 2x + 3y =1 a ( 2,5 ) b (4 , -1) let c be (m,n) => centroid will be (6+m)/3 , (4+n)/3 it lies on 2x + 3y =1 substitute it 4 + 2m/3 + 4 + n =1 => 2m/3 + n =-7 => locus is 2m + 3n = -21

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let A (2,5) and B(4, -1) be vertices of a triangle ABC. if the centroid of the triangle moves on the line 2x + 3y = 1, then locus of the vertex C is the line

let A (2,5) and B(4, -1) be vertices of a triangle ABC. if the centroid of the triangle moves on the line 2x + 3y = 1, then locus of the vertex C is the line

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