(Print) Use this randomly generated list as your call list when playing the game. There is no need to say the BINGO column name. Place some kind of mark (like an X, a checkmark, a dot, tally mark, etc) on each cell as you announce it, to keep track. You can also cut out each item, place them in a bag and pull words from the bag.
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a type of electromagnetic radiation with wavelengths longer than visible light but less than microwaves
Infrared
which has higher energy: n=6 --> n=3 or n=6 --> n=4
n=6 --> n=3
3.0 x 10^8 m/s
Speed of light
which has higher frequency: n=4 --> n=3 or n=4 --> n=1
n=4 --> n=1
the only electromagnetic radiation that we can see
Visible light
packet of light
Photon
which has lower energy: n=5 --> n=3 or n=5 --> n=1
n=5 --> n=1
n = 1, n = 2, are all examples of what?
Energy levels
waves that can harm your skin if you sit out in the sun for too long
Ultraviolet
the entire range of all types of light ordered by frequency and wavelength
Electromagnetic spectrum
When an electron moves from the excited to the ground, it does this...
Releases Light
n=4 --> n=1: how many energy levels did the electron jump?
Three
2nd strongest electromagnetic radiation
X-rays
blue
weakest type of electromagnetic radiation
Radio waves
strongest type of electromagnetic radiation
Gamma radiation
higher energy level
Excited state
2nd weakest electromagnetic radiation
Microwaves
lower energy level
Ground state
distance from origin to the crest or trough (intensity of the wave)
Amplitude
n=1 --> n=2 , n = 3 --> n=2 are all examples of what?
Electron transition
which has longer wavelength: n=6 --> n=3 or n=6 --> n=4
n=6 --> n=4
How do metals get their flame color?
Spectral lines blend together
which has lower frequency: n=4 --> n=3 or n=4 --> n=1
n=4 --> n=3
which has shorter wavelength: n=5 --> n=3 or n=5 --> n=1
n=5 --> n=3
distance from one crest to another corresponding crest
Wavelength
lowest point of the wave
Trough
n=3 --> n=1: how many energy levels did the electron jump?
Two
has the shortest wavelength in the visible light region
Violet
n=2 --> n=1: how many energy levels did the electron jump?
One
has the longest wavelength in the visible light region
Red
n=5 --> n=1: how many energy levels did the electron jump?
Four
unique for each element
Emission spectrum
when electron just from ground to excited state...it needs to do this...
Absorb Energy
the number of waves in a given period of time
Frequency
