melted metal Atom #1 has 8 protons. melted ice The erosion happened first. Decrease mass, increase size. Atom #2 is the isotope. 100 meters Atom #1 has 19 protons. Foram B 1.3 billion years Free Space (Lucky you!) A is an asteroid. 115 meters Foram A Atom #1 is the isotope. 2.6 billion years The sequoia fossil is older. Atom #2 has 8 electrons. 3.9 billion years Ejecta cools the Earth. 5.2 billion years Ejecta warms the Earth. A is an asteroid. Rock layer F is older. Increase mass, increase size. Rock layer G is older. The fault happened first. Atom #2 has 10 electrons. melted metal Atom #1 has 8 protons. melted ice The erosion happened first. Decrease mass, increase size. Atom #2 is the isotope. 100 meters Atom #1 has 19 protons. Foram B 1.3 billion years Free Space (Lucky you!) A is an asteroid. 115 meters Foram A Atom #1 is the isotope. 2.6 billion years The sequoia fossil is older. Atom #2 has 8 electrons. 3.9 billion years Ejecta cools the Earth. 5.2 billion years Ejecta warms the Earth. A is an asteroid. Rock layer F is older. Increase mass, increase size. Rock layer G is older. The fault happened first. Atom #2 has 10 electrons.
(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.
melted metal
Atom #1 has 8 protons.
melted ice
The erosion happened first.
Decrease mass, increase size.
Atom #2 is the isotope.
100 meters
Atom #1 has 19 protons.
Foram B
1.3 billion years
Free
Space
(Lucky you!)
A is an asteroid.
115 meters
Foram A
Atom #1 is the isotope.
2.6 billion years
The sequoia fossil is older.
Atom #2 has 8 electrons.
3.9 billion years
Ejecta cools the Earth.
5.2 billion years
Ejecta warms the Earth.
A is an asteroid.
Rock layer F is older.
Increase mass, increase size.
Rock layer G is older.
The fault happened first.
Atom #2 has 10 electrons.