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Light Vocabulary Unit C Pages 73-99

Light Vocabulary Unit C Pages 73-99. Visible Light (84, C) The part of the EM spectrum that the human eye can see

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Page 1: Light Vocabulary Unit C Pages 73-99. Visible Light (84, C) The part of the EM spectrum that the human eye can see

Light VocabularyUnit C

Pages 73-99

Page 2: Light Vocabulary Unit C Pages 73-99. Visible Light (84, C) The part of the EM spectrum that the human eye can see

Visible Light (84, C)

The part of the EM spectrum that the human eye can see.

Page 3: Light Vocabulary Unit C Pages 73-99. Visible Light (84, C) The part of the EM spectrum that the human eye can see

EM Wave (73, C)

An electromagnetic wave is a disturbance that transfers energy through a field.

Page 4: Light Vocabulary Unit C Pages 73-99. Visible Light (84, C) The part of the EM spectrum that the human eye can see

Prism (97, C)

A tool that uses refraction to separate the different wavelengths that make up white light.

Page 5: Light Vocabulary Unit C Pages 73-99. Visible Light (84, C) The part of the EM spectrum that the human eye can see

Primary Colors (98, C)(Red, Green, and Blue)

Three colors of light, which can be mixed to produce all possible colors. When all three are mixed together equally, they appear white or colorless.

Page 6: Light Vocabulary Unit C Pages 73-99. Visible Light (84, C) The part of the EM spectrum that the human eye can see

Infrared Light (84, C)

EM frequencies between microwaves and visible light. It is often associated with heat/cooking. Example: in a toaster

Page 7: Light Vocabulary Unit C Pages 73-99. Visible Light (84, C) The part of the EM spectrum that the human eye can see

Microwaves (83, C)

EM waves with shorter wavelengths, higher frequencies, and higher energy then other radio waves. These waves are used in cell phones.

Page 8: Light Vocabulary Unit C Pages 73-99. Visible Light (84, C) The part of the EM spectrum that the human eye can see

EM Spectrum (80, C)

The electromagnetic spectrum is a gradual progression from the lowest frequencies (radio waves), to the highest (gamma rays).

Page 9: Light Vocabulary Unit C Pages 73-99. Visible Light (84, C) The part of the EM spectrum that the human eye can see

Radio Waves (82, C)

EM waves that have the longest wavelengths, the lowest frequencies, and the lowest energies. These waves broadcast TV.

Page 10: Light Vocabulary Unit C Pages 73-99. Visible Light (84, C) The part of the EM spectrum that the human eye can see

X-Rays (86, C)

X-rays pass easily through the soft tissues of the body, but many are filtered out by denser matter such as bone.

Page 11: Light Vocabulary Unit C Pages 73-99. Visible Light (84, C) The part of the EM spectrum that the human eye can see

Transmission (93, C)

The passage of an EM wave through the medium (any object a wave goes through).

Page 12: Light Vocabulary Unit C Pages 73-99. Visible Light (84, C) The part of the EM spectrum that the human eye can see

Absorption (93, C)

The disappearance of an EM wave into the medium (any object a wave goes through).

Page 13: Light Vocabulary Unit C Pages 73-99. Visible Light (84, C) The part of the EM spectrum that the human eye can see

Ultraviolet or UV Light (85, C)

Part of the EM spectrum consists of frequencies above those of visible light and below those of x-rays. They can damage tissue, skin, and your eyes.

Page 14: Light Vocabulary Unit C Pages 73-99. Visible Light (84, C) The part of the EM spectrum that the human eye can see

Scattering (95, C)

Spreading out of light rays in all directions, because particles reflect and absorb light.

Page 15: Light Vocabulary Unit C Pages 73-99. Visible Light (84, C) The part of the EM spectrum that the human eye can see

Incandescence (89, C)

The production of light by materials at high temperatures. When a material gets hot enough, it gives off light by glowing or bursting into flames.

Page 16: Light Vocabulary Unit C Pages 73-99. Visible Light (84, C) The part of the EM spectrum that the human eye can see

Bioluminescence (89, C)

The production of light by living organisms. These organisms produce light from chemical reactions rather than intense heat.