As the rock falls, its potential energy decreases due to its decreasing height, while its kinetic energy increases as it gains speed. The total mechanical energy of the rock remains constant, assuming there are no external forces acting on it, as it converts from potential energy at the top to kinetic energy at the bottom.
Potential energy. Although if the rock is pushed, moved etc. it becomes kinetic energy
The cup sitting on a table has potential energy due to its position above the ground. This potential energy can be converted into kinetic energy if the cup is pushed off the table, causing it to fall and accelerate towards the ground.
When dribbling a basketball, the kinetic energy of the player's hand is transferred to the basketball when it is pushed downward. This kinetic energy then becomes gravitational potential energy as the ball reaches its highest point before falling back towards the ground. As the ball hits the ground, some of this kinetic energy is transferred back into the ball to keep it moving.
No the energy stored in a compressed spring is not kinetic energy.
When a tire is pushed, the force of the push accelerates the tire, increasing its speed. As the tire moves, the rolling resistance between the tire and the ground decreases, allowing it to move faster. This is due to the conversion of the applied force into kinetic energy, propelling the tire forward.
Potential energy. Although if the rock is pushed, moved etc. it becomes kinetic energy
The energy changes into is Thermal energy because of the friction caused by it moving produces heat. [Hope it helps]
The cup sitting on a table has potential energy due to its position above the ground. This potential energy can be converted into kinetic energy if the cup is pushed off the table, causing it to fall and accelerate towards the ground.
If a layer of the crust is pushed up which of the following changes would you expect to see?
When dribbling a basketball, the kinetic energy of the player's hand is transferred to the basketball when it is pushed downward. This kinetic energy then becomes gravitational potential energy as the ball reaches its highest point before falling back towards the ground. As the ball hits the ground, some of this kinetic energy is transferred back into the ball to keep it moving.
a book sitting up on a shelf. gravity can potentionally pull it down if pushed.
No the energy stored in a compressed spring is not kinetic energy.
When a tire is pushed, the force of the push accelerates the tire, increasing its speed. As the tire moves, the rolling resistance between the tire and the ground decreases, allowing it to move faster. This is due to the conversion of the applied force into kinetic energy, propelling the tire forward.
2450
Jimmy Carter
Yes, he used the law when he walked. His foot pushed backwards on the ground and the opposing reaction pushed him forward.
kanetic