H-RDIAGRAMa diagram thatcompares stars'brightness, colorand temperatureAPPARENTMAGNI-TUDEhow bright astar appearshere onEarththe shortestwavelengthin thespectrumgammaraysHIGHMASSSTARa star withhighermass thanother starsLUMIN-OSITYthebrightnessof a starBlueShiftE.R.spectrumenergythat flowsfrom spacein wavesSpiralGalaxygalaxyshaped ina spirallightyearthe distancelight travelsin a yearFUSIONconvertinghydrogento heliumin starsLOWMASSSTARstars withlowermass thanother starsRedShiftRedSUPERGIANTin high massstars whenstar beginsto run out offuelMAINSEQUENCEstars thatare stablein their lifecycleBLACKDWARFwhat amedium-massstar becomesat the end ofits lifeNEUTRONSTARtheremainsof a high-mass starPROTO-STARearlieststage of astar- wherenuclearfusion bginsstar left atthe core ofa planetarynebulaWhiteDwarf infraredthewavelengthafter radioa telescopein space thatuses x-rayChandraMilkyWayGalaxyourgalaxya telescopein space thatuses infraredSpitzertelescopea telescopein space thatuses visiblelightHubbleradiothe longestwavelengthin thespectrumRedGIANTstar beginsto run out offuel in lowmass starsIrregularGalaxygalaxy thathas noparticularshapeBLACKHOLESstronggravitationalpull thateven lightcan't excapeEllipticalGalaxygalaxyshaped asan ovalNEBULAa cloud ofdust andgas inspaceABSOLUTEMAGNI-TUDEhow brighta starreally isSUPERNOVAred supergiantexplodesthe wavelength oureyes canseevisiblelightSurfacetemperaturethetemperatureof a starBigBangbiSTAR'SCOLORthis isaffected bytemperatureEdwinHubble14.5billionultra-violetthe wavelengthaftervisible lightPLANETa largenaturalobject thatorbits a starH-RDIAGRAMa diagram thatcompares stars'brightness, colorand temperatureAPPARENTMAGNI-TUDEhow bright astar appearshere onEarththe shortestwavelengthin thespectrumgammaraysHIGHMASSSTARa star withhighermass thanother starsLUMIN-OSITYthebrightnessof a starBlueShiftE.R.spectrumenergythat flowsfrom spacein wavesSpiralGalaxygalaxyshaped ina spirallightyearthe distancelight travelsin a yearFUSIONconvertinghydrogento heliumin starsLOWMASSSTARstars withlowermass thanother starsRedShiftRedSUPERGIANTin high massstars whenstar beginsto run out offuelMAINSEQUENCEstars thatare stablein their lifecycleBLACKDWARFwhat amedium-massstar becomesat the end ofits lifeNEUTRONSTARtheremainsof a high-mass starPROTO-STARearlieststage of astar- wherenuclearfusion bginsstar left atthe core ofa planetarynebulaWhiteDwarf infraredthewavelengthafter radioa telescopein space thatuses x-rayChandraMilkyWayGalaxyourgalaxya telescopein space thatuses infraredSpitzertelescopea telescopein space thatuses visiblelightHubbleradiothe longestwavelengthin thespectrumRedGIANTstar beginsto run out offuel in lowmass starsIrregularGalaxygalaxy thathas noparticularshapeBLACKHOLESstronggravitationalpull thateven lightcan't excapeEllipticalGalaxygalaxyshaped asan ovalNEBULAa cloud ofdust andgas inspaceABSOLUTEMAGNI-TUDEhow brighta starreally isSUPERNOVAred supergiantexplodesthe wavelength oureyes canseevisiblelightSurfacetemperaturethetemperatureof a starBigBangbiSTAR'SCOLORthis isaffected bytemperatureEdwinHubble14.5billionultra-violetthe wavelengthaftervisible lightPLANETa largenaturalobject thatorbits a star

ASTRONOMY - 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. a diagram that compares stars' brightness, color and temperature
    H-R DIAGRAM
  2. how bright a star appears here on Earth
    APPARENT MAGNI- TUDE
  3. gamma rays
    the shortest wavelength in the spectrum
  4. a star with higher mass than other stars
    HIGH MASS STAR
  5. the brightness of a star
    LUMIN- OSITY
  6. Blue Shift
  7. energy that flows from space in waves
    E.R. spectrum
  8. galaxy shaped in a spiral
    Spiral Galaxy
  9. the distance light travels in a year
    light year
  10. converting hydrogen to helium in stars
    FUSION
  11. stars with lower mass than other stars
    LOW MASS STAR
  12. Red Shift
  13. in high mass stars when star begins to run out of fuel
    Red SUPER GIANT
  14. stars that are stable in their life cycle
    MAIN SEQUENCE
  15. what a medium-mass star becomes at the end of its life
    BLACK DWARF
  16. the remains of a high-mass star
    NEUTRON STAR
  17. earliest stage of a star- where nuclear fusion bgins
    PROTO-STAR
  18. White Dwarf
    star left at the core of a planetary nebula
  19. the wavelength after radio
    infrared
  20. Chandra
    a telescope in space that uses x-ray
  21. our galaxy
    Milky Way Galaxy
  22. Spitzer telescope
    a telescope in space that uses infrared
  23. Hubble
    a telescope in space that uses visible light
  24. the longest wavelength in the spectrum
    radio
  25. star begins to run out of fuel in low mass stars
    Red GIANT
  26. galaxy that has no particular shape
    Irregular Galaxy
  27. strong gravitational pull that even light can't excape
    BLACK HOLES
  28. galaxy shaped as an oval
    Elliptical Galaxy
  29. a cloud of dust and gas in space
    NEBULA
  30. how bright a star really is
    ABSOLUTE MAGNI- TUDE
  31. red super giant explodes
    SUPERNOVA
  32. visible light
    the wave length our eyes can see
  33. the temperature of a star
    Surface temperature
  34. bi
    Big Bang
  35. this is affected by temperature
    STAR'S COLOR
  36. Edwin Hubble
  37. 14.5 billion
  38. the wave length after visible light
    ultra-violet
  39. a large natural object that orbits a star
    PLANET