What do unbalanced forces do?(1 point) Responses Unbalanced forces can make an object move in the opposite direction of the force that is applied. Unbalanced forces can make an object move in the opposite direction of the force that is applied. Unbalanced forces cause an object’s motion to change. Unbalanced forces cause an object’s motion to change. Unbalanced forces cannot change an object’s direction. Unbalanced forces cannot change an object’s direction. Unbalanced forces allow an object’s motion to stay the same.

Unbalanced forces cause an object's motion to change.

Unbalanced forces cause an object’s motion to change.

Unbalanced forces cause an object's motion to change. To understand why, we need to first understand what balanced and unbalanced forces are.

When multiple forces act on an object, they can be classified as either balanced or unbalanced. Balanced forces are equal in size and opposite in direction, which means they cancel each other out. As a result, an object experiencing balanced forces will not change its motion and will remain at rest or continue moving at a constant velocity.

On the other hand, unbalanced forces are not equal in size or opposite in direction. When unbalanced forces act on an object, the net force (the overall force) is not zero, and the object experiences an acceleration or change in motion. The object will either start moving, stop moving, or change its speed or direction.

So, to answer your question, unbalanced forces cause an object's motion to change. When an unbalanced force is applied to an object, it can make the object move in the opposite direction of the force, or it can change the object's speed or direction of motion.

To determine the effect of unbalanced forces on an object, you can analyze the magnitudes and directions of the individual forces acting on it. By calculating the net force by adding or subtracting the vector quantities of these forces, you can determine whether the forces are balanced or unbalanced, and consequently predict the resulting motion of the object.