If P is the point (2,1,6) find the point Q such that PQ is perpendicular to the plane `x+y-2z=3` and the mid point of PQ lies on it.

If P is the point (2,1,6) find the point Q such that PQ is perpendiculr to the plane in x+y-2z =3 and the mid point of PQ lies on it.

If P is the point (2,1,6) then find the point Q such that PQ is perpendicular to the plane x + y − 2 z = 3 and the midpoint of PQ lies on it

Find the equation of the plane passing through the points (2,1,0),(5,0,1) and (4,1,1) If P is the point (2,1,6) then find point Q such that PQ is perpendicular to the above plane and the mid point of PQ lies on it.

Find the equation of the plane passing through the points (2,1,0),(5,0,1) and (4,1,1) If P is the point (2,1,6) then find point Q such that PQ is perpendicular to the above plane and the mid point of PQ lies on it.

Find the equation of the plane passing through the points (2,1,0),(5,0,1) and (4,1,1) If P is the point (2,1,6) then find point Q such that PQ is perpendicular to the above plane and the mid point of PQ lies on it.

Find the equation of the plane passing through the points (2,1,0),(5,0,1) and (4,1,1) If P is the point (2,1,6) then find point Q such that PQ is perpendicular to the above plane and the mid point of PQ lies on it.

If P is the point (2,1,6), then find the point Q such that PQ is perpendicular to the plane passing through the points (2,1,0), (5,0,1), (4,1,1) and the mid point of PQ lies on it.

Consider the line L-=(x-1)/(2)=(y+2)/(3)=(z-7)/(6) . Point P(2, -5, 0) and Q are such that PQ is perpendicular to the line L and the midpoint of PQ lies on line L, then coordinates of Q are

Consider the line L-=(x-1)/(2)=(y+2)/(3)=(z-7)/(6) . Point P(2, -5, 0) and Q are such that PQ is perpendicular to the line L and the midpoint of PQ lies on line L, then coordinates of Q are