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