Find the normal form of the plane `2x+3y-z = 5`. Also find the length of perpendicular from origin and d.c's of the normal to the plane.

Find the normal form of the plane x+2y-2z+6=0 . Also find the length of perpendicular from origin to this plane and the d.c.'s of the normal.

Find the normal form of the plane x+2y-2z+6=0 . Also find the length of perpendicular from origin to this plane and the d.c.'s of the normal.

The vector equation of a plane is vecr.(3hati+2hatj-6hatk) = 56 . Convert it into normal form. Also find the length of perpendicular from origin and direction cosines of normal to the plane.

The vector equation of a plane is vecr.(3hati+2hatj-6hatk) = 56 . Convert it into normal form. Also find the length of perpendicular from origin and direction cosines of normal to the plane.

Find the length of the perpendicular drawn from the origin to the plane 4x-y+7z+2=0

Find the d.c's of the normal to the plane 2x+4y+5z=1 .

Find the d.c's of the normal to the plane 2x+4y+5z=1 .

What are the direction cosines of the normal to the plane 4x+12y+3z=65? Also find the lenth of perpendicular from the origin to the plane.

What are the direction cosines of the normal to the plane 4x+12y+3z=65? Also find the lenth of perpendicular from the origin to the plane.

Find the length of the perpendicular drawn from the origin to the plane 2x-3y+6z+21=0