`A=(2,5),B=(4,-11) ` and the locus of `'C'` is `9x+7y+4=0` then the locus of the centroid of `ABC ` is

A=(1,2),B(3,4) and the locus of C is 2x+3y=5 then the locus of the centroid of Delta ABC is

The vertices A and B of a triangle ABC are (2,5),(4,-11),C moves on the line L=9x+7y+4=0 . Then the locus of the centroid of the triangle ABC is parallel to

If the vertices P and Q of a triangle PQR are given by (2,5) and (4,-11), respectively, and the point R moves along the line N given by 9x+7y+4=0 ,then the locus of the centroid of triangle PQR is a straight line parallel to PQ (b) QR (c) RP (d) N

If the vertices Pa n dQ of a triangle P Q R are given by (2, 5) and (4,-11) , respectively, and the point R moves along the line N given by 9x+7y+4=0 , then the locus of the centroid of triangle P Q R is a straight line parallel to PQ (b) QR (c) RP (d) N

If the vertices Pa n dQ of a triangle P Q R are given by (2, 5) and (4,-11) , respectively, and the point R moves along the line N given by 9x+7y+4=0 , then the locus of the centroid of triangle P Q R is a straight line parallel to PQ (b) QR (c) RP (d) N

If the vertices Pa n dQ of a triangle P Q R are given by (2, 5) and (4,-11) , respectively, and the point R moves along the line N given by 9x+7y+4=0 , then the locus of the centroid of triangle P Q R is a straight line parallel to PQ (b) QR (c) RP (d) N

A(2, 3), B(3, -5) are two vertices of DeltaABC . C is a point the line L-=3x+4y-5=0 . Then the locus of the centroid of DeltaABC is a line parallel to

Statement 1:A(0,0),B(cos x, sin x),C(-sin x, cos x) are vertices of a triangle then the locus of the centroid of triangle is 9x^2+9y^2=4 Statement II : The locus of the point (acos x, bsin x) is x^(2)/a^(2)+y^(2)/b^(2)=1 . Which of the above statement is correct:

If theta is parameter, A=(a cos theta,a sin theta) and B=(b sin theta,-b cos theta)C=(1,0) then the locus of the centroid of Delta ABC