Effects of Electric Energy
Kinetic
Potential
Thermal Effect
Mechanical and Electrochemical Effect
100

An example of a specific action performed by a device

Electrotherapy

100
Sound is 

Vibration of energy

Example: Ultrasound

100

Chemical is

Energy stored in atoms and molecules

Example: natural gas

100

The more resistance, drag or friction there will be in the line, which equals

increased heat

100

Alternating current flows first 

one direction and then the other

200

The two types of currents used in esthetic electrotherapy

Direct and Alternating

200

Light is

Radiant energy, electromagnetic radiation

Example: Solar Radiation

200

Elastic is

Energy stored in objects

Examples: spring or stretched rubber band

200

The transfer of heat via direct contact

Conduction

200

Motors with magnetic fields have 

positive and negative poles

300

Alternating current with the sine waveforms and low frequency

Sinusoidal 

300

Heat is

Vibration of molecules within a substance

Example: Steamer

300

Nuclear is

Energy stored in the nucleus of an atom

Example: Nuclear power

300

The transfer of heat via liquid or gas

Convection

300

Electrical generator push alternating current through

the conductor

400

Length of time that current is flowing

Pulse

400

Electricity is

Movement of electrons, protons and neutrons

Example: Wax Warmer

400

Gravitational is

Energy stored in a position or place

Example: Stored water behind a dam

400

The transfer of heat through a vacuum (empty space)

Radiation

400
When electric current travels through a solid electrode and liquid conductor

Electrochemical Effects

500

Number of electrical pulses delivered to the body in one second

Frequency

500
Kinetic means

Energy of Motion

500

Potential means

Stored Energy

500

The thermal breakdown of the skin

Pyrolysis

500

This can be achieved when two or more effects of electric energy are produced at the same time

combination effect

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