A variable line cuts x-axis at A, y-axis at B where ` OA = a, OB =b ` (O as origin) such that then the locus of circumcentre of `DeltaOAB` is-

A variable line cuts X-axis at A, Y -axix at B, where OA = a, OB = b (O as origin) such that a^(2)+b^(2)=1 . Find the locus of circumcentre of Delta OAB

A variable line cuts X-axis at A, Y -axix at B, where OA = a, OB = b (O as origin) such that a^(2)+b^(2)=1 . Find the locus of centroid of Delta OAB

A variable line cuts X-axis at A, Y -axix at B, where OA = a, OB = b (O as origin) such that a^(2)+b^(2)=1 . Find the locus of centroid of Delta OAB

A line passing through P(3,4) meets the x -axis and y -axis at A and B respectively. If O is the origin, then locus of the centre of the circum centre of Delta O A B is

A variable line passing through a fixed point (alpha,beta) intersects the coordinate axes at A and B. If O is the origin, then the locus of the centroid of the DeltaOAB is

A line passing through P(4, 2) meets the x and y-axis at A and B respectively. If O is the origin, then locus of the centre of the circumcircle of DeltaOAB is :

The line 7x + 4y = 28 cuts the coordinate axes at A and B . If O is the origin , then the ortho-centre of DeltaOAB is "_______" .

o is the origin. A and B are variable points on y =x and x +y=0 such that the area of triangle OAB is k^2. The locus of the circumcentre of triangle OAB is

A variable line passing through point P(2,1) meets the axes at A and B . Find the locus of the circumcenter of triangle O A B (where O is the origin).