Two vertices of an equilateral triangle are `(-1,0) and (1,0)` then its circumcircle is

Two vertices of an equilateral triangle are (-1,0) and (1, 0), and its third vertex lies above the y-axis. The equation of its circumcircel is ____________

Two vertices of an equilateral triangle are (0,0) and ( 3, sqrt(3) ) then the third vertex can be

The vertices of a triangleABC are (1,4)(3,5) and (-1,0) then its centroid is :

If z=omega,omega^2w h e r eomega is a non-real complex cube root of unity, are two vertices of an equilateral triangle in the Argand plane, then the third vertex z may be represented by (a) z=1 b. z=0 c. z=-2 d. z=-1

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.

If P(alpha,beta,gamma) is a vertex of an equilateral triangle PQR where vertex Q and R are (-1,0,1) and (1,0,-1) respectively, then P can lie on the plane

If two vertices of a triangle are (1,3) and (4,-1) and the area of triangle is 5 sq. units, then the angle at the third vertex lies in :

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) I^(st) quadrant (b) 2^(nd)quadrant (c) 3^(rd)quadrant (d) 4^(th)quadrant

Suppose z_(1),z_(2)andz_(3) are the vertices of an equilateral triangle inscribed in the circle |z| = 2. If z_(1)=1+isqrt3 then find z_(2)andz_(3) .

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 .