what waves travel through concave 3rd law the earth tilted on its axis earth spinning on its axis 2nd law convex trip the earth takes around the sun constellations Earth rotates on its axis bottom of wave reflection top of a wave 1st law refraction translucent height of a wave from crest to rest position transparent chunk of ice and dust- bright head and long orbit measure- ment from crest to crest opague friction path the earth takes around the sun between the orbits of jupiter and mars what waves travel through concave 3rd law the earth tilted on its axis earth spinning on its axis 2nd law convex trip the earth takes around the sun constellations Earth rotates on its axis bottom of wave reflection top of a wave 1st law refraction translucent height of a wave from crest to rest position transparent chunk of ice and dust- bright head and long orbit measure- ment from crest to crest opague friction path the earth takes around the sun between the orbits of jupiter and mars
(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.
what waves travel through
concave
3rd law
the earth tilted on its axis
earth
spinning on its axis
2nd law
convex
trip the earth takes around the sun
constellations
Earth rotates on its axis
bottom of wave
reflection
top of a
wave
1st law
refraction
translucent
height of a wave from crest to rest position
transparent
chunk of ice and dust-bright head and long orbit
measure-ment from crest to crest
opague
friction
path the earth takes around the sun
between the orbits of jupiter and mars