A ball is held at the top of a table. The person holding the ball drops it, and the ball is allowed to fall toward Earth. Answer the following questions about the ball. a. When the ball is held at the top of the table (before being dropped), what type of energy does the ball have?
When the ball is held at the top of the table, it has potential energy.
A ball is held at the top of a table. The person holding the ball drops it, and the ball is allowed to fall toward Earth. Answer the following questions about the ball
As the ball is falling, what is happening to its energy?
As the ball is falling, its potential energy is being converted into kinetic energy. The potential energy decreases while the kinetic energy increases.
A ball is held at the top of a table. The person holding the ball drops it, and the ball is allowed to fall toward Earth. Answer the following questions about the ball
Just before the ball hits the ground, how are its speed and kinetic energy related?
Just before the ball hits the ground, its speed and kinetic energy are directly related. As the speed of the ball increases during its fall, its kinetic energy also increases. The kinetic energy is directly proportional to the square of the ball's velocity.
A ball is held at the top of a table. The person holding the ball drops it, and the ball is allowed to fall toward Earth. Answer the following questions about the ball
Just before the ball hits the ground, how are its speed and kinetic energy related?(1 point) Responses Both speed and kinetic energy are at their lowest values. Both speed and kinetic energy are at their lowest values. Both speed and kinetic energy are at their greatest values. Both speed and kinetic energy are at their greatest values. Speed is at its highest value, while kinetic energy is at its lowest value. Speed is at its highest value, while kinetic energy is at its lowest value. Speed is at its lowest value, which kinetic energy is at its highest value.
Just before the ball hits the ground, both the speed and kinetic energy of the ball are at their highest values.
when the ball is held at the top of the table before being dropped what type of energy does the ball have?
When the ball is held at the top of the table before being dropped, it has potential energy.
To determine the type of energy the ball has when held at the top of the table before being dropped, we need to understand the different forms of energy. The two primary forms of energy involved in this scenario are potential energy and kinetic energy.
Potential energy refers to the energy stored in an object due to its position or state. In the case of the ball held at the top of the table, it has gravitational potential energy. Gravitational potential energy is a type of potential energy associated with an object's position relative to the Earth's surface.
When the ball is held at the top of the table, it is at a higher position relative to the ground. The Earth's gravitational pull exerts a force on the ball, which causes it to have potential energy due to its elevated position. The higher the ball is from the ground, the greater its potential energy.
Therefore, when the ball is held at the top of the table, it possesses gravitational potential energy.