Consider three points (6,-1,1), (5,1,2) and (1,-5,-4) on space. Find a unit vector normal to the plane.

Consider three points (6,-1,1), (5,1,2) and (1,-5,-4) on space. Find directions ratios normal to the Planes

Consider three points (6,-1,1), (5,1,2) and (1,-5,-4) on space. Find the Cartesian equation of the plane passing through these points .

Consider the points A(2,2,-1), B(3,4,2) and C(7,0,6).Find the vector and Cartesian equation of the plane passing these three points.

Consider the points A(2,2,-1), B(3,4,2) and C(7,0,6). Find the vector and Cartesian equation of the plane passing these three points. Find the angle between the above plane and the line barr=(i+2j-k)+lambda(i-j+k)

Consider the points A (1,-1,3), B(2,-4,5) and C(5,-13,11).Find AB, BC and AC

Consider three points on space (2,1,0),(3,-2,-2) and (3,1,7). Find the Cartesian equation of the plane passing through the above points.

Consider three points on space (2,1,0),(3,-2,-2) and (3,1,7) Find the Cartesian equation of the plane passing through the above points. find a unit vector perpendicular to the plane and also find the perpendicular distance of the plane from the origin..

Consider three points on space (2,1,0),(3,-2,-2) and (3,1,7).Find the Cartesian equation of the plane passing through the above points.Convert the equation into vector form.

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

Consider the points A (2,4,5), B(-1,2,6) and C(-7,-2,8) Find AB, BC and AC.