Energy and It's Transformations

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Energy and It's Transformations

Transformations

Circuit

Series circuit

Diode

Parallel Circuit

Chemical cell

Electrolyte

Electrode

Voltage

Resistence

Transistor

Current

Semiconductors

Thermal conductors

Thermal insulators

Temperature

Heat

Conduction

Convection

Phase change

Vaporization

Condensation

G--->L

Melting

S--->L

Boiling

L--->G

Boiling point

373K

212°F

Water is 100°C

Freezing

L--->S

Freezing point

273K

32°F

Water is 0°C

Scales

Kelvin

Absolute zero

Motion stops

0K

°C+273=K

Farenheit

American

Celsius

Universally used

Energy

Types

Thermal

Light

Light bending

Diffraction

Refraction

Convex lens

Concave lens

Reflection

Law of Reflection

Concave mirror

Convex mirror

Plane mirror

Electromagnetic radiation

Electromagnetic Spectrum

Gamma rays

Radiation

Ultraviolet light

X rays

Visible Light

Violet

Blue

Green

Yellow

Orange

Red

Infrared waves

Microwaves

Radio waves

Longitudinal Waves

Compressions

Rarefactions

Radiant

Chemical

Electrical

Electromagnet

Magnet + Coil

Magnetic field

Electric motor

Electric generator

Nuclear

Fission

Atoms split

Fusion

Atoms join

Renewable energy

Mechanical

Sound

Transverse Waves

Frequency

Amplitude

Wavelength

Crests

Trouphs

Resonance

Interference

Destructive interference

Constructive interference

Kinetic

Potential

Law of Conservation of Energy