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Energy
6.9C: Energy Transformations
Force, Motion, and Energy
Mechanical
The energy of motion or the ability to do motion can be categorized into the forms
of potential, and kinetic energy.
Examples:
Water flowing through a dam
Ball thrown into the air
Energy
6.9C: Energy Transformations
Force, Motion, and Energy
Radiant
Light energy can be categorized as a form of kinetic energy. Electromagnetic
waves can move through empty space and include all wavelengths of the
electromagnetic spectrum.
Examples:
!"#$%&'()*+
Light Energy
from the Sun
,-)#.$%/'01)2#+34)#.$5/+
Energy
6.9C: Energy Transformations
Force, Motion, and Energy
Sound
Energy that is made by vibrations can be categorized as kinetic energy. Sound
waves requires a medium to move through.
Examples:
Voices talking
Fingernails on a Chalkboard
Sonar
6.9C: Energy Transformations
Force, Motion, and Energy
Energy
Chemical
The energy stored in chemical compounds can be categorized as potential energy.
Examples:
Baking Soda and Vinegar
Food
Fireworks
Exploding
6.9C: Energy Transformations
Force, Motion, and Energy
Energy
Electrical
The energy of charged particle movement can be categorized as form of kinetic
energy.
Examples:
Electricity flowing through wires
Static electricity in hair
Electric Cars
6.9C: Energy Transformations
Force, Motion, and Energy
Energy
Nuclear
The energy stored within the matter itself can be classified as a form of potential
energy.
Examples:
Energy stored in atoms
Nuclear Power Plant
6.9C: Energy Transformations
Force, Motion, and Energy
Energy
Thermal
The energy related to the temperature of a substance can be categorized as
kinetic energy.
Examples:
Heat in a hot air balloon
Thermometer
6.9C: Energy Transformations
Force, Motion, and Energy
Mrs. Cent!
Mechanical
Radiant
Sound
Chemical
Electrical
Nuclear
Thermal
?
On the back of your notes, draw Mrs. Cent thinking about an
example of mechanical, radiant, sound, chemical, electrical,
nuclear, and thermal energy.