Two vertices of a triangle are `(-2, -1)` and `(3, 2)` and third vertex lies on the line `x+y=5.` If the area of the triangle is `8` square units, then the third vertex is:

Two vertices of triangle are (2,-1) and (3,2) and third vertex lies on the line x+y=5. If the area of the triangle is 4 square units, then the third vertex is a. (0,50) or (4,1) b. (5,0) of (1,4) c. (5,0) or (4,1) d. (o,5) or (1,4)

Two vertices of triangle are (-2,-1) and (3,2) and third vertex lies on the line x+y=5. If the area of the triangle is 4 square units, then the third vertex is a. (-0,50 or (4,1) b. (5,0) of (1,4) c. (5,0) or (4,1) d. (o,5) or (1,4)

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

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

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

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

Two vertices of a triangle are A(2,1) and B(3,-2). The third vertex C lies on the line y=x+9. If the centroid of triangle ABC lies on y -axis,find the coordinates of C and the centroid.

Two vertices of a triangle are A(2, 1) and B (3, -2) . The third vertex C lies on the line y=x+9 . If the centroid of DeltaABC lies on y-axis, find the coordinates of C and the centroid.

Two vertices of a triangle are A(2, 1) and B (3, -2) . The third vertex C lies on the line y=x+9 . If the centroid of DeltaABC lies on y-axis, find the coordinates of C and the centroid.

A triangle has two of its vertices at (0,1) and (2,2) in the cartesian plane. Its third vertex lies on the x-axis. If the area of the triangle is 2 square units then the sum of the possible abscissae of the third vertex, is-