If two vertices of a triangle are (0,2) ...

If two vertices of a triangle are `(0,2)` and `(4,3)` and its orthocentre is `(0,0)` then the third vertex of the triangle lies in (a) `1^(st)` quadrant (b) `2^(nd)`quadrant (c) `3^(rd)` quadrant (d) `4^(th)` quadrant

AI Generated Solution

Similar Questions

Explore conceptually related problems

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

Two vertices of a triangle are (-1, 4) and (5, 2). If its centroid is (0, -3), find the third vertex.

Two vertices of a triangle are (1, 4) and (5, 2) . If its centroid is (0, -3) , find the third vertex.

Two vertices of a triangle ABC are B (- 3,1) and C (0,-2) and its centroid is at the origin. The third vertex A is:

Two vertices of triangle ABC are A(2,-4,3) and B(3,-1,-2) and its centroid is (1,0,3). Find its third vertex C.

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

The centroid of a triangle is (2,3) and two of its vertices are (5,6) and (-1,4) then the third vertex of the triangle is

Two vertices of a triangle are (1,3) and (4,7). The orthocentre lies on the line x+y=3 The locus of the third vertex is