silicon dioxide periodic table of elements energy levels -2 +1 anion tetra electron shells Polyatomic Ion octa covalent bond atomic mass Double Replacement octet rule NO3 -2 named by adding IDE -3 ionic bond lanthanides carbon tetrafluoride Di valence electrons noble gases Decomposition reaction reactivity chemical properties physical properties alkali metals periods (on the periodic table) Prefixes radioactivity Amount of a substance Synthesis reaction Combustion families (on the periodic table) state of matter CH4 H2O2 Single Replacement -1 +2 metalloids cation ions atomic number transition metals 44 g Mass of one mole of Carbon alkali earth metals Mass in mole of Copper Molar mass of Water element trend 180 G actinides silicon dioxide periodic table of elements energy levels -2 +1 anion tetra electron shells Polyatomic Ion octa covalent bond atomic mass Double Replacement octet rule NO3 -2 named by adding IDE -3 ionic bond lanthanides carbon tetrafluoride Di valence electrons noble gases Decomposition reaction reactivity chemical properties physical properties alkali metals periods (on the periodic table) Prefixes radioactivity Amount of a substance Synthesis reaction Combustion families (on the periodic table) state of matter CH4 H2O2 Single Replacement -1 +2 metalloids cation ions atomic number transition metals 44 g Mass of one mole of Carbon alkali earth metals Mass in mole of Copper Molar mass of Water element trend 180 G actinides
(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.
silicon dioxide
periodic table of elements
energy levels
-2
+1
anion
tetra
electron shells
Polyatomic Ion
octa
covalent bond
atomic mass
Double Replacement
octet rule
NO3 -2
named by adding IDE
-3
ionic bond
lanthanides
carbon tetrafluoride
Di
valence electrons
noble gases
Decomposition reaction
reactivity
chemical properties
physical properties
alkali metals
periods (on the periodic table)
Prefixes
radioactivity
Amount of a substance
Synthesis reaction
Combustion
families (on the periodic table)
state of matter
CH4
H2O2
Single Replacement
-1
+2
metalloids
cation
ions
atomic number
transition metals
44 g
Mass of one mole of Carbon
alkali earth metals
Mass in mole of Copper
Molar mass of Water
element
trend
180 G
actinides