neutronstarA star squishedto the size of acity, itsessentials a ballof atomic nucleihighmassthese typesof stars gosupernovawhen theydienebulaany typeof cloud ofgas &dustapparentmagnitudehow brighta starappearsmainsequence90% of allstars wouldbe classifiedas this typecarbonmid-mass starsdie when theyget to thiselement in theircoreredgiantthe late lifephase formid-massstarsHRdiagrama chartdisplayingseveralcharacteristicsof starsfusionthe nuclearprocess thatpowers starssupernovawhen a starexplodes wecall it thisabsolutemagnitudehow brighta staractually isgammaraythe highestenergyform ofradiationinfraredlow energyradiation,just past thered end ofvisible lighthydrogentheelementmost starsare fusingredcoolstars arethis colorwhitedwarfWhat oursun willbecome afterit dies.absorptionlinesthe gapsin a starsspectrastellarnurserya type ofnebulawhere starsare beingbornbluehot starsare thiscolorstellarspectroscopythe studyof the lightcomingfrom starsstara ball of gaspowered bynuclearfusionbetelgeusethe star atthe upperleft ofOrionheliumfusion ofHydrogenmakes thiselementtype 2supernovaA "normal"supernova thathappens whena stars nuclearfuel runs outpulsara rotatingneutronstartype 1asupernovaredsupergiantthe late lifephase ofhigh massstarsironmassive starsdie whenthey get tothis elment intheir corecrabnebulablackdwarfwhat happensto whitedwarfs afterthey lose alltheir heatblackholethe mostmassive of themassive starscollapse tomake this whenthey dieplanetarynebulathe sometimesring-likestructure thatremains when amid-mass stardieselementsthe absorptionlines of a starsspectra indicatewhat _____ astar is made ofneutronstarA star squishedto the size of acity, itsessentials a ballof atomic nucleihighmassthese typesof stars gosupernovawhen theydienebulaany typeof cloud ofgas &dustapparentmagnitudehow brighta starappearsmainsequence90% of allstars wouldbe classifiedas this typecarbonmid-mass starsdie when theyget to thiselement in theircoreredgiantthe late lifephase formid-massstarsHRdiagrama chartdisplayingseveralcharacteristicsof starsfusionthe nuclearprocess thatpowers starssupernovawhen a starexplodes wecall it thisabsolutemagnitudehow brighta staractually isgammaraythe highestenergyform ofradiationinfraredlow energyradiation,just past thered end ofvisible lighthydrogentheelementmost starsare fusingredcoolstars arethis colorwhitedwarfWhat oursun willbecome afterit dies.absorptionlinesthe gapsin a starsspectrastellarnurserya type ofnebulawhere starsare beingbornbluehot starsare thiscolorstellarspectroscopythe studyof the lightcomingfrom starsstara ball of gaspowered bynuclearfusionbetelgeusethe star atthe upperleft ofOrionheliumfusion ofHydrogenmakes thiselementtype 2supernovaA "normal"supernova thathappens whena stars nuclearfuel runs outpulsara rotatingneutronstartype 1asupernovaredsupergiantthe late lifephase ofhigh massstarsironmassive starsdie whenthey get tothis elment intheir corecrabnebulablackdwarfwhat happensto whitedwarfs afterthey lose alltheir heatblackholethe mostmassive of themassive starscollapse tomake this whenthey dieplanetarynebulathe sometimesring-likestructure thatremains when amid-mass stardieselementsthe absorptionlines of a starsspectra indicatewhat _____ astar is made of

Stars - 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 star squished to the size of a city, its essentials a ball of atomic nuclei
    neutron star
  2. these types of stars go supernova when they die
    high mass
  3. any type of cloud of gas & dust
    nebula
  4. how bright a star appears
    apparent magnitude
  5. 90% of all stars would be classified as this type
    main sequence
  6. mid-mass stars die when they get to this element in their core
    carbon
  7. the late life phase for mid-mass stars
    red giant
  8. a chart displaying several characteristics of stars
    HR diagram
  9. the nuclear process that powers stars
    fusion
  10. when a star explodes we call it this
    supernova
  11. how bright a star actually is
    absolute magnitude
  12. the highest energy form of radiation
    gamma ray
  13. low energy radiation, just past the red end of visible light
    infrared
  14. the element most stars are fusing
    hydrogen
  15. cool stars are this color
    red
  16. What our sun will become after it dies.
    white dwarf
  17. the gaps in a stars spectra
    absorption lines
  18. a type of nebula where stars are being born
    stellar nursery
  19. hot stars are this color
    blue
  20. the study of the light coming from stars
    stellar spectroscopy
  21. a ball of gas powered by nuclear fusion
    star
  22. the star at the upper left of Orion
    betelgeuse
  23. fusion of Hydrogen makes this element
    helium
  24. A "normal" supernova that happens when a stars nuclear fuel runs out
    type 2 supernova
  25. a rotating neutron star
    pulsar

  26. type 1a supernova
  27. the late life phase of high mass stars
    red supergiant
  28. massive stars die when they get to this elment in their core
    iron

  29. crab nebula
  30. what happens to white dwarfs after they lose all their heat
    black dwarf
  31. the most massive of the massive stars collapse to make this when they die
    black hole
  32. the sometimes ring-like structure that remains when a mid-mass star dies
    planetary nebula
  33. the absorption lines of a stars spectra indicate what _____ a star is made of
    elements