Energylevelsn = 1, n =2, are allexamplesof what?n=4 --> n=3which haslowerfrequency:n=4 --> n=3 orn=4 --> n=1Violethas theshortestwavelengthin the visiblelight regionRedhas thelongestwavelengthin the visiblelight regionThreen=4 --> n=1:how manyenergy levelsdid theelectron jump?X-rays2nd strongestelectromagneticradiationRadiowavesweakest type ofelectromagneticradiationn=5 --> n=3which hasshorterwavelength:n=5 --> n=3 orn=5 --> n=1blueTwon=3 --> n=1:how manyenergy levelsdid theelectron jump?ExcitedstatehigherenergylevelSpectrallinesblendtogetherHow dometals gettheir flamecolor?Gammaradiationstrongest typeofelectromagneticradiationUltravioletwaves thatcan harm yourskin if you sitout in the sunfor too longOnen=2 --> n=1:how manyenergy levelsdid theelectron jump?GroundstatelowerenergylevelFourn=5 --> n=1:how manyenergy levelsdid theelectron jump?Emissionspectrumuniquefor eachelementWavelengthdistance fromone crest toanothercorrespondingcrestElectromagneticspectrumthe entire rangeof all types oflight ordered byfrequency andwavelengthCrestpeak of thewave isalso calledthis...n=6 --> n=4which haslongerwavelength:n=6 --> n=3 orn=6 --> n=4n=4 --> n=1which hashigherfrequency:n=4 --> n=3 orn=4 --> n=1Infrareda type ofelectromagneticradiation withwavelengthslonger than visiblelight but less thanmicrowavesReleasesLightWhen anelectron movesfrom theexcited to theground, it doesthis...AbsorbEnergywhen electronjust fromground toexcited state...itneeds to dothis...n=6 --> n=3which hashigherenergy: n=6--> n=3 orn=6 --> n=4Troughlowestpoint ofthe waveMicrowaves2nd weakestelectromagneticradiationVisiblelightthe onlyelectromagneticradiation thatwe can seen=5 --> n=1which haslowerenergy: n=5--> n=3 orn=5 --> n=1Speedof light3.0 x10^8m/sFrequencythe numberof waves in agiven periodof timeAmplitudedistance fromorigin to thecrest or trough(intensity ofthe wave)Photonpacketof lightElectrontransitionn=1 --> n=2 ,n = 3 --> n=2are allexamples ofwhat?Energylevelsn = 1, n =2, are allexamplesof what?n=4 --> n=3which haslowerfrequency:n=4 --> n=3 orn=4 --> n=1Violethas theshortestwavelengthin the visiblelight regionRedhas thelongestwavelengthin the visiblelight regionThreen=4 --> n=1:how manyenergy levelsdid theelectron jump?X-rays2nd strongestelectromagneticradiationRadiowavesweakest type ofelectromagneticradiationn=5 --> n=3which hasshorterwavelength:n=5 --> n=3 orn=5 --> n=1blueTwon=3 --> n=1:how manyenergy levelsdid theelectron jump?ExcitedstatehigherenergylevelSpectrallinesblendtogetherHow dometals gettheir flamecolor?Gammaradiationstrongest typeofelectromagneticradiationUltravioletwaves thatcan harm yourskin if you sitout in the sunfor too longOnen=2 --> n=1:how manyenergy levelsdid theelectron jump?GroundstatelowerenergylevelFourn=5 --> n=1:how manyenergy levelsdid theelectron jump?Emissionspectrumuniquefor eachelementWavelengthdistance fromone crest toanothercorrespondingcrestElectromagneticspectrumthe entire rangeof all types oflight ordered byfrequency andwavelengthCrestpeak of thewave isalso calledthis...n=6 --> n=4which haslongerwavelength:n=6 --> n=3 orn=6 --> n=4n=4 --> n=1which hashigherfrequency:n=4 --> n=3 orn=4 --> n=1Infrareda type ofelectromagneticradiation withwavelengthslonger than visiblelight but less thanmicrowavesReleasesLightWhen anelectron movesfrom theexcited to theground, it doesthis...AbsorbEnergywhen electronjust fromground toexcited state...itneeds to dothis...n=6 --> n=3which hashigherenergy: n=6--> n=3 orn=6 --> n=4Troughlowestpoint ofthe waveMicrowaves2nd weakestelectromagneticradiationVisiblelightthe onlyelectromagneticradiation thatwe can seen=5 --> n=1which haslowerenergy: n=5--> n=3 orn=5 --> n=1Speedof light3.0 x10^8m/sFrequencythe numberof waves in agiven periodof timeAmplitudedistance fromorigin to thecrest or trough(intensity ofthe wave)Photonpacketof lightElectrontransitionn=1 --> n=2 ,n = 3 --> n=2are allexamples ofwhat?

Electron Energy & Light - Call List

(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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  1. n = 1, n = 2, are all examples of what?
    Energy levels
  2. which has lower frequency: n=4 --> n=3 or n=4 --> n=1
    n=4 --> n=3
  3. has the shortest wavelength in the visible light region
    Violet
  4. has the longest wavelength in the visible light region
    Red
  5. n=4 --> n=1: how many energy levels did the electron jump?
    Three
  6. 2nd strongest electromagnetic radiation
    X-rays
  7. weakest type of electromagnetic radiation
    Radio waves
  8. which has shorter wavelength: n=5 --> n=3 or n=5 --> n=1
    n=5 --> n=3
  9. blue
  10. n=3 --> n=1: how many energy levels did the electron jump?
    Two
  11. higher energy level
    Excited state
  12. How do metals get their flame color?
    Spectral lines blend together
  13. strongest type of electromagnetic radiation
    Gamma radiation
  14. waves that can harm your skin if you sit out in the sun for too long
    Ultraviolet
  15. n=2 --> n=1: how many energy levels did the electron jump?
    One
  16. lower energy level
    Ground state
  17. n=5 --> n=1: how many energy levels did the electron jump?
    Four
  18. unique for each element
    Emission spectrum
  19. distance from one crest to another corresponding crest
    Wavelength
  20. the entire range of all types of light ordered by frequency and wavelength
    Electromagnetic spectrum
  21. peak of the wave is also called this...
    Crest
  22. which has longer wavelength: n=6 --> n=3 or n=6 --> n=4
    n=6 --> n=4
  23. which has higher frequency: n=4 --> n=3 or n=4 --> n=1
    n=4 --> n=1
  24. a type of electromagnetic radiation with wavelengths longer than visible light but less than microwaves
    Infrared
  25. When an electron moves from the excited to the ground, it does this...
    Releases Light
  26. when electron just from ground to excited state...it needs to do this...
    Absorb Energy
  27. which has higher energy: n=6 --> n=3 or n=6 --> n=4
    n=6 --> n=3
  28. lowest point of the wave
    Trough
  29. 2nd weakest electromagnetic radiation
    Microwaves
  30. the only electromagnetic radiation that we can see
    Visible light
  31. which has lower energy: n=5 --> n=3 or n=5 --> n=1
    n=5 --> n=1
  32. 3.0 x 10^8 m/s
    Speed of light
  33. the number of waves in a given period of time
    Frequency
  34. distance from origin to the crest or trough (intensity of the wave)
    Amplitude
  35. packet of light
    Photon
  36. n=1 --> n=2 , n = 3 --> n=2 are all examples of what?
    Electron transition