Question

A force is applied when you throw a frisbee to a friend. The effect of the force is to _______.

1) stop the frisbee from moving
2) slow down the movement of the frisbee
3) change the shape of the frisbee
4) cause the frisbee to start moving

Answer 1

A force applied when throwing a frisbee causes the frisbee to start moving, transitioning it from rest to motion based on Newton's first law of motion. Friction and drag slow movements down, but do not initiate movement.

Step-by-step explanation:

When you apply a force to throw a frisbee, the effect of that force is to cause the frisbee to start moving. The force you exert on the frisbee when you throw it allows the frisbee to transition from a state of rest to a state of motion. According to Newton's first law of motion, an object at rest will stay at rest, and an object in motion will stay in motion with a constant velocity unless acted upon by a net external force. In the context of throwing a frisbee, the movement of your hand introduces a force that propels the frisbee forward. It is important to note that after you release the frisbee, it will continue to move through the air until other forces, such as friction or drag, cause it to slow down. Friction and drag are forces that oppose movement and result in the deceleration of objects, but they do not initiate the movement of the frisbee; that is solely the result of the force you apply during the throw.