Two vertices of a triangle are `(3,-1)a n d(-2,3)` and its orthocentre is at the origin,. Find the coordinates of its third vertex.

Column I|Column II Two vertices of a triangle are (5,-1)a n d(-2,3) . If the orthocentre is the origin, then the coordinates of the third vertex are|p. (-4,-7) A point on the line x+y=4 which lies at a unit distance from the line 4x+3y=10 is|q. (-7,11) The orthocentre of the triangle formed by the lines x+y-1=0,x-y+3=0,2x+y=7 is|r. (2,-2) If 2a ,b ,c are in A P , then lines a x+b y=c are concurrent at|s. (-1,2)

Two vertices of a triangle are (1,\ 2),\ (3,\ 5) and its centroid is at the origin. Find the coordinates of the third vertex.

Two vertices of a triangle are (5,-1) and (-2,3) If the orthocentre of the triangle is the origin, find the coordinates of the third point.

Two vertices of a triangle are (4,-3) & (-2, 5) . If the orthocentre of the triangle is at (1,2) , find coordinates of the third vertex .

Two vertices of a triangle are (3,-2) and (-2,3) and its orthocentre is (-6,1) . Then the third vertex of this triangle can not lie on the line

If two vertices of a triangle are (-2,3) and (5,-1) the orthocentre lies at the origin, and the centroid on the line x+y=7 , then the third vertex lies at

If two vertices of a triangle are (-2,3) and (5,-1) the orthocentre lies at the origin, and the centroid on the line x+y=7 , then the third vertex lies at (a) (7,4) (b) (8,14) (c) (12 ,21) (d) none of these

The two vertices of a triangle are (-4,3) and (2,6) If the centroid is at origin then the third vertex is

Two vertices of a triangle are (3,-5)a n d(-7,4)dot If its centroid is (2,-1), find the third vertiex.

Two vertives of a triangle are (4,-6,3) and (2,-2,1) and its centroid is (8/3,-1,2) . Find the third vertex.