redbiggestwavelength ofvisible light thatthe human eyecan detect; start ofvisible light range perpendicularforms 90degreeanglewhitelightmixture of allfrequenciesof light thatwe can seelightradiant energythat travels inwave motionand can bevisible or notultraviolet(UV)invisiblecolor thatburns/tansour skinvisiblelightpart of EMspectrumthat humanscan seephotonsmall bundlesof light energywith no massthat travel inwavesretinaback wall ofeyeball thatcontainslight-sensitivecellswavelengthdistancebetween 2peaks in awaveamplitudeheight of apeak fromresting pointin a waveelectromagneticspectrumentire range of EMradiation based onfrequency orenergy that an EMwave can havevioletsmallestwavelength ofvisible light thatthe human eyecan detect; end ofthe visible lightrangeupsidedownthe orientationthat our eyespick upimages on theretinacrestpeak ofa waveyellow-greenrange of visiblelight spectrumthat our eye ismost sensitivetorefractionbending of a waveas it passes fromone medium toanother caused bya change of speedopticnervepart of theeye that isconnected tothe braininfrared(IR)invisiblecolor thatwe feel asheatspeedof light299,792,458m/selectromagneticradiant energywaves thathave bothelectric andmagneticfieldsROYG BIVcolors of visiblelight spectrum;red, orange,yellow, greenblue, indigo,violetnanometersmetric unit oflength usedto measurewavelengthfrequencynumber ofwaves thatpass a setpoint persecondcorneacurved outerlayer of theeyeball thatbends lightredbiggestwavelength ofvisible light thatthe human eyecan detect; start ofvisible light rangeperpendicularforms 90degreeanglewhitelightmixture of allfrequenciesof light thatwe can seelightradiant energythat travels inwave motionand can bevisible or notultraviolet(UV)invisiblecolor thatburns/tansour skinvisiblelightpart of EMspectrumthat humanscan seephotonsmall bundlesof light energywith no massthat travel inwavesretinaback wall ofeyeball thatcontainslight-sensitivecellswavelengthdistancebetween 2peaks in awaveamplitudeheight of apeak fromresting pointin a waveelectromagneticspectrumentire range of EMradiation based onfrequency orenergy that an EMwave can havevioletsmallestwavelength ofvisible light thatthe human eyecan detect; end ofthe visible lightrangeupsidedownthe orientationthat our eyespick upimages on theretinacrestpeak ofa waveyellow-greenrange of visiblelight spectrumthat our eye ismost sensitivetorefractionbending of a waveas it passes fromone medium toanother caused bya change of speedopticnervepart of theeye that isconnected tothe braininfrared(IR)invisiblecolor thatwe feel asheatspeedof light299,792,458m/selectromagneticradiant energywaves thathave bothelectric andmagneticfieldsROYG BIVcolors of visiblelight spectrum;red, orange,yellow, greenblue, indigo,violetnanometersmetric unit oflength usedto measurewavelengthfrequencynumber ofwaves thatpass a setpoint persecondcorneacurved outerlayer of theeyeball thatbends light

Light Vocabulary - 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. biggest wavelength of visible light that the human eye can detect; start of visible light range
    red
  2. forms 90 degree angle
    perpendicular
  3. mixture of all frequencies of light that we can see
    white light
  4. radiant energy that travels in wave motion and can be visible or not
    light
  5. invisible color that burns/tans our skin
    ultraviolet (UV)
  6. part of EM spectrum that humans can see
    visible light
  7. small bundles of light energy with no mass that travel in waves
    photon
  8. back wall of eyeball that contains light-sensitive cells
    retina
  9. distance between 2 peaks in a wave
    wavelength
  10. height of a peak from resting point in a wave
    amplitude
  11. entire range of EM radiation based on frequency or energy that an EM wave can have
    electromagnetic spectrum
  12. smallest wavelength of visible light that the human eye can detect; end of the visible light range
    violet
  13. the orientation that our eyes pick up images on the retina
    upside down
  14. peak of a wave
    crest
  15. range of visible light spectrum that our eye is most sensitive to
    yellow-green
  16. bending of a wave as it passes from one medium to another caused by a change of speed
    refraction
  17. part of the eye that is connected to the brain
    optic nerve
  18. invisible color that we feel as heat
    infrared (IR)
  19. 299,792,458 m/s
    speed of light
  20. waves that have both electric and magnetic fields
    electromagnetic radiant energy
  21. colors of visible light spectrum; red, orange, yellow, green blue, indigo, violet
    ROY G BIV
  22. metric unit of length used to measure wavelength
    nanometers
  23. number of waves that pass a set point per second
    frequency
  24. curved outer layer of the eyeball that bends light
    cornea