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The energy transferred by a force to a moving object.?
Mechanical energy is transferred by a force to a moving object.
Do a soccer ball have energy?
Yes, a soccer ball has energy when it is either moving (kinetic energy) or when it is elevated above the ground (potential energy). When kicked, the stored energy in a player's leg is transferred to the ball, giving it kinetic energy as it moves.
Energy that is dissipated in a crash is called?
Kinetic Energy is energy that is dissipated in a crash.
What are the energy transformations occur while dribbling a basketball?
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.
Energy possessed or transferred by machines is called?
Mechanical energy. It encompasses both kinetic energy, the energy possessed by a moving object, and potential energy, the energy stored in an object based on its position or state. In machines, this energy can be transferred and converted into different forms to perform work.
What is the thermal energy transferred by moving molecules in a fluid called?
Convection
The energy transferred by a force to a moving object.?
Mechanical energy is transferred by a force to a moving object.
What energy is being transferred by moving air?
Wind is a form of kinetic energy. It can be called "Wind energy".
Do a soccer ball have energy?
Yes, a soccer ball has energy when it is either moving (kinetic energy) or when it is elevated above the ground (potential energy). When kicked, the stored energy in a player's leg is transferred to the ball, giving it kinetic energy as it moves.
Energy that is dissipated in a crash is called?
Kinetic Energy is energy that is dissipated in a crash.
What are the energy transformations occur while dribbling a basketball?
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.
Energy possessed or transferred by machines is called?
Mechanical energy. It encompasses both kinetic energy, the energy possessed by a moving object, and potential energy, the energy stored in an object based on its position or state. In machines, this energy can be transferred and converted into different forms to perform work.
Is energy transferred and how?
Energy can be transferred in many different ways; for instance, heat energy can be transferred by conduction, convection and radiation; energy can be transferred by electrical energy, or by sound, light, or by several other waves; a moving object (which has all sorts of types of energy) will change its position; etc.
Can energy be transferred from one store to another?
Yes, energy can be transferred from one energy store to another through various processes such as conduction, convection, and radiation. For example, electrical energy can be transferred to light energy in a light bulb, or chemical energy can be transformed into kinetic energy in a moving car.
What is heat transferred by moving air currents called?
convection
Is energy transferred to earth by moving vehicles?
yes, but as the directions of all the car is random the net energy transferred is probably so close to zero it doesn't matter.
What happens in terms of energy when a moving car hits a parked car causing the parked car to move?
When a moving car hits a parked car, energy is transferred from the moving car to the parked car. The kinetic energy of the moving car is transferred to the parked car, causing it to move. Some energy is also converted into other forms, like sound and heat, during the collision.
