LocatedBetweenJupiterand MarsBodiesbefore theyhit a planetssurface.Celestialbodies whenthey burn upbefore theyhit a surface.Has 2tailsBodies inspacebefore theyhit a planet.Madefrommineralsand rock.Found intheasteroidbelt.“MeteorShowers”actualname.Mostlymadeof ice.Rich withmineralsand water.What has adust tail whenburning in theatmosphere.FreeSpace!Comes fromthe OortCloud orKuiper Belt.Objects thatcan be as smallas a grain ofsand and as biga smallasteroid.What ledto thedinosaursextinction.Remnantsleft from theformation ofour solarsystem.LocatedBetweenJupiterand MarsBodiesbefore theyhit a planetssurface.Celestialbodies whenthey burn upbefore theyhit a surface.Has 2tailsBodies inspacebefore theyhit a planet.Madefrommineralsand rock.Found intheasteroidbelt.“MeteorShowers”actualname.Mostlymadeof ice.Rich withmineralsand water.What has adust tail whenburning in theatmosphere.FreeSpace!Comes fromthe OortCloud orKuiper Belt.Objects thatcan be as smallas a grain ofsand and as biga smallasteroid.What ledto thedinosaursextinction.Remnantsleft from theformation ofour solarsystem.

Outer Planets - 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. Located Between Jupiter and Mars
  2. Bodies before they hit a planets surface.
  3. Celestial bodies when they burn up before they hit a surface.
  4. Has 2 tails
  5. Bodies in space before they hit a planet.
  6. Made from minerals and rock.
  7. Found in the asteroid belt.
  8. “Meteor Showers” actual name.
  9. Mostly made of ice.
  10. Rich with minerals and water.
  11. What has a dust tail when burning in the atmosphere.
  12. Free Space!
  13. Comes from the Oort Cloud or Kuiper Belt.
  14. Objects that can be as small as a grain of sand and as big a small asteroid.
  15. What led to the dinosaurs extinction.
  16. Remnants left from the formation of our solar system.