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Mass x 9.8 x height =
gravitational potential energy
Thermal
friction converts the mechanical energy to thermal energy
Bending a spring and holding that spring
both mass and velocity
radiation
joules
540000 J
Which below is an example of elastic potential energy?
gravitational potential energy
Thermal
friction converts the mechanical energy to thermal energy
Bending a spring and holding that spring
both mass and velocity
radiation
joules
540000 J
Electromagnetic energy from the sun arrives on earth via
gravitational potential energy
Thermal
friction converts the mechanical energy to thermal energy
Bending a spring and holding that spring
both mass and velocity
radiation
joules
540000 J
A pendulum in motion eventually stops because
gravitational potential energy
Thermal
friction converts the mechanical energy to thermal energy
Bending a spring and holding that spring
both mass and velocity
radiation
joules
540000 J
Kinetic energy depends on
gravitational potential energy
Thermal
friction converts the mechanical energy to thermal energy
Bending a spring and holding that spring
both mass and velocity
radiation
joules
540000 J
This form of energy is present every time you have have an energy conversion.
gravitational potential energy
Thermal
friction converts the mechanical energy to thermal energy
Bending a spring and holding that spring
both mass and velocity
radiation
joules
540000 J
A 1200-kilogram car traveling at 30 m/s has how much kinetic energy?
gravitational potential energy
Thermal
friction converts the mechanical energy to thermal energy
Bending a spring and holding that spring
both mass and velocity
radiation
joules
540000 J
All energy is labeled in units called
gravitational potential energy
Thermal
friction converts the mechanical energy to thermal energy
Bending a spring and holding that spring
both mass and velocity
radiation
joules
540000 J
Check it!