Compound Noble Gases Characteristic that you observe without changing it Matter with a fixed composition Chemically Stable When a substance becomes a new substance Reactive Nonmetals Law of Conservation of Mass Charged Particle Neutron Coefficient Abbreviations of element names Negative charges particles Solid Gain of electrons Coinage Metals Period Iron, Cobalt and Nickel Vertical columns on the periodic table Bond between metal and nonmetal Substance where all atoms are alike Diatomic Elements Constructive Interference Matter that waves travel through Most reactive of all metals Gases Period Liquids Area surrounding the nucleus Oxidation Number Transverse Waves Alkaline Earth Metals Homogeneous Mixture Center of the atom Wave Groups 3-12 Chemical Properties Heterogeneous Mixture Valence Electrons Number of wavelengths per second Most common state of matter in universe Waves that do not need a medium The amount of energy a wave has Synthesis reaction Number of protons in an atom Matter One element replaces another in a compound Resonance Electron Dot Diagram Compound Noble Gases Characteristic that you observe without changing it Matter with a fixed composition Chemically Stable When a substance becomes a new substance Reactive Nonmetals Law of Conservation of Mass Charged Particle Neutron Coefficient Abbreviations of element names Negative charges particles Solid Gain of electrons Coinage Metals Period Iron, Cobalt and Nickel Vertical columns on the periodic table Bond between metal and nonmetal Substance where all atoms are alike Diatomic Elements Constructive Interference Matter that waves travel through Most reactive of all metals Gases Period Liquids Area surrounding the nucleus Oxidation Number Transverse Waves Alkaline Earth Metals Homogeneous Mixture Center of the atom Wave Groups 3-12 Chemical Properties Heterogeneous Mixture Valence Electrons Number of wavelengths per second Most common state of matter in universe Waves that do not need a medium The amount of energy a wave has Synthesis reaction Number of protons in an atom Matter One element replaces another in a compound Resonance Electron Dot Diagram
(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.
Compound
Noble Gases
Characteristic that you observe without changing it
Matter with a fixed composition
Chemically Stable
When a substance becomes a new substance
Reactive Nonmetals
Law of Conservation of Mass
Charged Particle
Neutron
Coefficient
Abbreviations of element names
Negative charges particles
Solid
Gain of electrons
Coinage Metals
Period
Iron, Cobalt and Nickel
Vertical columns on the periodic table
Bond between metal and nonmetal
Substance where all atoms are alike
Diatomic Elements
Constructive Interference
Matter that waves travel through
Most reactive of all metals
Gases
Period
Liquids
Area surrounding the nucleus
Oxidation Number
Transverse Waves
Alkaline Earth Metals
Homogeneous Mixture
Center of the atom
Wave
Groups 3-12
Chemical Properties
Heterogeneous Mixture
Valence Electrons
Number of wavelengths per second
Most common state of matter in universe
Waves that do not need a medium
The amount of energy a wave has
Synthesis reaction
Number of protons in an atom
Matter
One element replaces another in a compound
Resonance
Electron Dot Diagram