in an automobile safety test, a shoulder and seat belt exerts a force of 80.0 lb directly backward and a force of 74.0 lb backward at an angle of 18 degrees below the horizontal on the dummy. if the belt holds the dummy from moving farther forward, what force did the dummy exert on the belt. Set up the problem by representing each force as a vector, using an angle given from standard position. Let A represent the 80.0 lb force and let B represent the 74.0 lb force.

In an autiemobile safety test, a shoulder and seat belt exerts a force of 20.0 lb directly backward and a force of 74 0 lb backward at an angle of 18 below the belt holds the dummy from moving farther forward, what force did the dummy exert on the belt? on a dummy If the 80.0 15 74 0 114 Set up the problem by representing each force as a vector, using an angle given from standard position, let A represent the 80.0 lb force, and lot B represent the 74.0 lb force. Vector Magnitude Standard-position Angle