ENERGY

TRANSFO

RMATIO

NS

For each of the following examples, describe how energy is

being transferred.

Example:

Answer : Nuclear/Thermal/Radiant Chemical

Chemical Mechanical Thermal RadiantElectrical SoundNuclear Gravitational

NUCLEAR/THERMAL/RADIANT ELECTRICAL/RADIANT/THERMAL

Chemical Mechanical Thermal RadiantElectrical SoundNuclear Gravitational

MECHANICAL/SOUND MECHANICAL/SOUND

Chemical Mechanical Thermal RadiantElectrical SoundNuclear Gravitational

CHEMICAL ELECTRICAL/SOUND/MECHANICAL/THERMAL

Chemical Mechanical Thermal RadiantElectrical SoundNuclear Gravitational

CHEMICAL ELECTRICAL/RADIANT/THERMAL

Chemical Mechanical Thermal RadiantElectrical SoundNuclear Gravitational

CHEMICAL THERMAL/RADIANT/SOUND THERMAL/CHEMICAL

Chemical Mechanical Thermal RadiantElectrical SoundNuclear Gravitational

CHEMICAL THERMAL/RADIANT

Chemical Mechanical Thermal RadiantElectrical SoundNuclear Gravitational

MECHANICAL MECHANICAL/SOUND

Chemical Mechanical Thermal RadiantElectrical SoundNuclear Gravitational

NUCLEAR/RADIANT/THERMAL CHEMICAL MECHANICAL/THERMAL

Chemical Mechanical Thermal RadiantElectrical SoundNuclear Gravitational

CHEMICAL MECHANICAL/THERMAL/SOUND

Chemical Mechanical Thermal RadiantElectrical SoundNuclear Gravitational

ELECTRICAL SOUND/RADIANT/THERMAL

Chemical Mechanical Thermal RadiantElectrical SoundNuclear Gravitational

CHEMICAL MECHANICAL/SOUND/THERMAL

Chemical Mechanical Thermal RadiantElectrical SoundNuclear Gravitational

CHEMICAL/THERMAL/RADIANT RADIANT/THERMAL/SOUND

Chemical Mechanical Thermal RadiantElectrical SoundNuclear Gravitational

MECHANICAL MECHANICAL/SOUND

Chemical Mechanical Thermal RadiantElectrical SoundNuclear Gravitational