Let , < 2,-4,-3>, and W = < -1,2,2 >. a) (3 pts) Determine a unit...

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Let <3,-2,1 >, < 2,-4,-3>, and W =< -1,2,2 >. a) (3 pts) Determine a unit vector perpendicular to both and w. b) (3 pts) Find the volume of the solid whose edges are u, ü, and w. c) (2 pts) Find the area of the parallelogram with adjacent sides ū and v. Let <3,-2,1 >, < 2,-4,-3>, and W =< -1,2,2 >. a) (3 pts) Determine a unit vector perpendicular to both and w. b) (3 pts) Find the volume of the solid whose edges are u, ü, and w. c) (2 pts) Find the area of the parallelogram with adjacent sides ū and v. Let <3,-2,1 >, < 2,-4,-3>, and W =< -1,2,2 >. a) (3 pts) Determine a unit vector perpendicular to both and w. b) (3 pts) Find the volume of the solid whose edges are u, ü, and w. c) (2 pts) Find the area of the parallelogram with adjacent sides ū and v. Let <3,-2,1 >, < 2,-4,-3>, and W =< -1,2,2 >. a) (3 pts) Determine a unit vector perpendicular to both and w. b) (3 pts) Find the volume of the solid whose edges are u, ü, and w. c) (2 pts) Find the area of the parallelogram with adjacent sides ū and v.