Sigfig IMF Single replacement Sn(CO3)2 Electron Combustion Proton Mole Linear Hydrogen Bond Solvent Synthesis Double replacement Heterogenous Dispersion Forces Pressure Ionization energy Aluminum Neutron KMT Carbon Tetraflouride Diphosphorus Pentaoxide Ionic bond Electronegativity Ammonium Chloride Carbon Magnetism Formation of a gas 3.3x10^-6 Democritus Covalent bond Polarity Hydrogen Tetrahedral Color Change Acid/base Bent Octahedral Neon 4.4x10^5 Rutherford Lithium Base Solute Homogenous 1.300x10^6mm Pure Substance Decomposition .1808g/cm3 Acid Oxygen Formation of a precipitate Atomic Radius Sigfig IMF Single replacement Sn(CO3)2 Electron Combustion Proton Mole Linear Hydrogen Bond Solvent Synthesis Double replacement Heterogenous Dispersion Forces Pressure Ionization energy Aluminum Neutron KMT Carbon Tetraflouride Diphosphorus Pentaoxide Ionic bond Electronegativity Ammonium Chloride Carbon Magnetism Formation of a gas 3.3x10^-6 Democritus Covalent bond Polarity Hydrogen Tetrahedral Color Change Acid/base Bent Octahedral Neon 4.4x10^5 Rutherford Lithium Base Solute Homogenous 1.300x10^6mm Pure Substance Decomposition .1808g/cm3 Acid Oxygen Formation of a precipitate Atomic Radius
(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.
Sigfig
IMF
Single replacement
Sn(CO3)2
Electron
Combustion
Proton
Mole
Linear
Hydrogen Bond
Solvent
Synthesis
Double replacement
Heterogenous
Dispersion Forces
Pressure
Ionization energy
Aluminum
Neutron
KMT
Carbon Tetraflouride
Diphosphorus Pentaoxide
Ionic bond
Electronegativity
Ammonium Chloride
Carbon
Magnetism
Formation of a gas
3.3x10^-6
Democritus
Covalent bond
Polarity
Hydrogen
Tetrahedral
Color Change
Acid/base
Bent
Octahedral
Neon
4.4x10^5
Rutherford
Lithium
Base
Solute
Homogenous
1.300x10^6mm
Pure Substance
Decomposition
.1808g/cm3
Acid
Oxygen
Formation of a precipitate
Atomic Radius