When you stop pushing someone on a swing, the swing will gradually slow down due to the forces of friction and air resistance acting on it. Eventually, the swing will come to a stop at the lowest point of its arc. The person on the swing will feel the deceleration and will likely have to start pumping their legs to keep the swing in motion.
When you stop pushing a swing, friction and air resistance gradually slow it down. Without a force acting on it, such as the push you provided, the swing loses energy and eventually comes to a rest due to these opposing forces.
A swing stops swinging due to friction and air resistance gradually slowing it down. As the momentum decreases, it requires more energy from the person pushing it to keep it swinging. Eventually, the swing will come to a stop unless additional force is applied.
Friction of air normally called drag (or air resistance), it could be argued that gravity also takes effect in stopping the swing, if it was only drag the swing could stop ten feet in the air, and if it was just gravity it wouldn't stop due to the laws of mass and momentum. The drag reduces the momentum, therefore making the swing slow to a stop and gravity keeps it as close to the ground as possible.
No, the forces are not in balance after you stop pushing. When the car is stationary, the force of friction between the tires and the ground opposes the force applied to the car when you were pushing it.
The box stops moving because of inertia. Inertia is the tendency of an object to resist changes in its motion. When you stop pushing the box, there is no external force acting on it to keep it moving, so it comes to a stop due to inertia.
When you stop pushing a swing, friction and air resistance gradually slow it down. Without a force acting on it, such as the push you provided, the swing loses energy and eventually comes to a rest due to these opposing forces.
it alls runs to your butt and makes you super fat. only on special occasions because itll do worse that is just part of it\
A swing stops swinging due to friction and air resistance gradually slowing it down. As the momentum decreases, it requires more energy from the person pushing it to keep it swinging. Eventually, the swing will come to a stop unless additional force is applied.
Friction of air normally called drag (or air resistance), it could be argued that gravity also takes effect in stopping the swing, if it was only drag the swing could stop ten feet in the air, and if it was just gravity it wouldn't stop due to the laws of mass and momentum. The drag reduces the momentum, therefore making the swing slow to a stop and gravity keeps it as close to the ground as possible.
it will stop
Stop pushing your buttons is an idiom meaning stop making a person angry.
They get very edgy.
You can stop coming over the top in golf swing by doing a lot of practice.
If you stop your baseball swing in the middle and the ball is not in the strike zone, an umpire will look at your wrists. If your wrists are "broken" it is a strike. That means the position of your wrists determine if you took a swing or not. If they are still in the same position as they normally are before you take a swing, you did not swing. If your wrists are in the position they would be in after you took a swing, you took a swing.
Yes I know someone who finished that way.
No, the forces are not in balance after you stop pushing. When the car is stationary, the force of friction between the tires and the ground opposes the force applied to the car when you were pushing it.
Person would stop according to Aristotle. According to Galileo the person would keep moving.