Find the equation of the plane determined by the points A(3, –1, 2), B(5, 2, 4) and C(–1, –1, 6) and hence find the distance between the plane and the point P(6, 5, 9).

Find the equation of the plane determined by the points (A(3,-1,2),B(5,2,4) and C(-1,-1,6). Also find the distance of the point P(6,5,9) from the plane.

Find the vector equation of the point determined by the points A (3,-1,2), B (5, 2, 4) and C (-1, -1, 6) Hence, find the distance of the plane, thus obtained, from the origin.

Find the equation of the plane through the points A(3, 2, 0), B(1, 3, -1) and C(0, -2, 3).

Find the equation of the plane containing the points P(2, 3, -1), Q(6, -1, 0) and R(3, 1, 4).

Find the distance of the point P(6,5,9) from the plane determined by the points A(3,-1,2),B(5,2,4) and C(-1,-1,6)

Find the equation of a plane passing through the pint P(6,\ 5,\ 9) and parallel to the plane determined by the points A(3,\ -1,\ 2)B(5,\ 2,\ 4)a n d\ C(-1,\ -1,\ 6)dot Also find the distance of this plane from the point A.

(i) Find the distance of the point P (6,5,9) from the plane determined by the points A (3,-1,2) B (5,2,4) and C (-1,-1,6). (ii) Find the distance between the point (7,2,4) and the plane determined by the points. A (2,5,-3) B (-2,-3,5) and C (5,3,-3,) .

Find the equation of the plane through the points A(2,2,-1),B(3,4,2) and C(7,0,6.)

Find the vector equation of the plane passing through the points (1, 1, 1), (2, 4, 3) and (5,9,7).

Find the vector equation of the plane passing through the points (1, 1, -1), (6, 4, -5) and (-4, -2, 3).