Wave Properties Vocab
Wave Interactions Vocab
EM Waves Vocab
EM Waves
Light Vocab
100

any disturbance that transfers energy from place to place

wave

100

the wave bounces off an object

reflection

100

a wave made up of vibrating electric and magnetic fields that move through space at the speed of light 

electromagnetic waves

100

Em waves with wavelengths shorter than those of of ultraviolet rays

x-rays

100

A material that transmits most of the light that strikes it

transparent

200

the matter a wave travels through

medium

200

the bending of waves due to change in speed

refraction

200

EM waves with the longest wavelengths and lowest frequencies

radio waves

200

EM waves that you can see

Visible light

200

a material that scatters the light that passes through it

translucent

300

the type of wave that travels perpendicular (up & down)

transverse wave

300
when the energy of the wave is transferred to the material it encounters 

absorption

300

EM waves with wavelengths shorter than microwaves

infrared rays

300

EM waves with wavelength shorter than those of visible light

Ultraviolet Rays

UV rays

300

a material that reflects or absorbs all oft he light that strikes

opaque

400
a wave that travels in the same direction as the vibrations it produces (slinky)

longitudinal wave

400

Combination of transverse and longitudinal waves are called

surface waves

400
have shorter wavelengths and higher frequencies than radio waves

microwaves


400

A radar gun is what type of EM wave

Microwaves

400

parallel rays hit an uneven surface

diffuse reflection

500

What is the equation to calculate Wave Speed?

Wave speed = Wavelength x Frequency

500

the bending of waves as they move around a barrier or pass through an opening

diffraction

500

EM waves with the shortest wavelengths and highest frequencies

gamma rays

500

The Sun is what type of EM wave

UV

Ultraviolet

500

The type of lens that can produce either a virtual image or a real image

convex lens

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