Energy stored due to object's shape.
Kinetic energy is the energy an object possesses due to its motion.
Energy an object possesses at rest.
Energy due to an object's position.
Volume and pressure of an object.
The mass and velocity of an object influence its kinetic energy.
Temperature and color of an object.
Shape and texture of an object.
Kinetic energy is calculated using the formula KE = 1/2 mv^2.
By doubling the mass only.
Using the formula KE = mv.
It is calculated as KE = mgv.
Energy due to an object's temperature.
Energy from an object's chemical composition.
Gravitational potential energy is the energy an object possesses due to its position in a gravitational field.
Energy based on rolling motion.
Weather and time of day.
Height, mass, and the gravitational field strength affect gravitational potential energy.
Color and shape of an object.
The material an object is made from.
PE = mg + v.
Gravitational potential energy is calculated using PE = mgh.
By measuring heat energy.
It is calculated as PE = mh/v.
Both are measured in joules (J).
Volts (V).
Watts (W).
Meters per second (m/s).
Its kinetic energy quadruples.
Its kinetic energy doubles.
Its kinetic energy is halved.
There is no change in kinetic energy.
When it is at its highest position above the ground.
When it is moving the fastest.
When it is on flat ground.
When it is in a vacuum.
No, it can only have one type of energy.
Yes, an object can have both simultaneously.
Only at absolute zero temperature.
Only if it is in outer space.
Energy cannot be created or destroyed; it only transforms from one form to another.
Energy can only be created, not destroyed.
Energy can only be destroyed, not created.
Energy transformation is based on luck.
Gravity removes energy from objects.
Gravity gives objects potential energy when they are at a height.
Gravity is unrelated to potential energy.
Gravity reduces potential energy.
By maintaining constant speed.
At the top of its swing, it has maximum potential energy; at the bottom, maximum kinetic energy.
It only demonstrates potential energy.
By stopping abruptly at the bottom.
Kinetic energy increases with the square of velocity.
Kinetic energy decreases with velocity.
Kinetic energy is not related to velocity.
Kinetic energy and velocity are inversely proportional.
Mass does not affect gravitational potential energy.
Gravitational potential energy increases with mass.
Gravitational potential energy decreases with mass.
Gravitational potential energy is only based on velocity.