Energy Molecules vs compounds Atomic mass Colloids Chemical bonds Chemical reactions Isotopes and radioisotope Molecules vs compounds Organic compounds Temperature, particle size, concentration Homogenous Exergonic reaction Planetary vs orbital Trace elements (0.1%) Electrons Mixtures Octet rule Cation Atomic symbol Physical vs chemical properties Triple covalent bonds Atomic mass Atomic weight Reduction reaction Chemical, electrical, mechanical, electromagnetic Endergonic reaction Major elements (96%, CHON) Suspensions Homogenous Solute and solvent Matter Catalyst Products Electropositive Atoms Nucleus Kinetic vs potential Nucleus Atomic structure Minor elements (3.9%) Protons and neutrons Solute and solvent Electrons Ionic, covalent, hydrogen Protons and neutrons Models Matter Major elements (96%, CHON) Colloids Double covalent bonds Solutions Models 3 types of bonds Atomic weight Elements Enzyme Atomic number Properties of water Electronegative Atomic symbol Solutions Suspensions Atoms Avogadro’s number 6.02x10^23 Atomic number Valence shell Mixtures Factors that influence rate of reactions Chemical, electrical, mechanical, electromagnetic Electron shells/ energy levels Reactants Single covalent bonds Water = universal solvent Inorganic compounds 2 types of compounds Energy Physical vs chemical properties Avogadro’s number 6.02x10^23 Anion Trace elements (0.1%) Oxidation rection Isotopes and radioisotope Minor elements (3.9%) Planetary vs orbital Kinetic vs potential Elements Redox reaction Atomic structure Energy Molecules vs compounds Atomic mass Colloids Chemical bonds Chemical reactions Isotopes and radioisotope Molecules vs compounds Organic compounds Temperature, particle size, concentration Homogenous Exergonic reaction Planetary vs orbital Trace elements (0.1%) Electrons Mixtures Octet rule Cation Atomic symbol Physical vs chemical properties Triple covalent bonds Atomic mass Atomic weight Reduction reaction Chemical, electrical, mechanical, electromagnetic Endergonic reaction Major elements (96%, CHON) Suspensions Homogenous Solute and solvent Matter Catalyst Products Electropositive Atoms Nucleus Kinetic vs potential Nucleus Atomic structure Minor elements (3.9%) Protons and neutrons Solute and solvent Electrons Ionic, covalent, hydrogen Protons and neutrons Models Matter Major elements (96%, CHON) Colloids Double covalent bonds Solutions Models 3 types of bonds Atomic weight Elements Enzyme Atomic number Properties of water Electronegative Atomic symbol Solutions Suspensions Atoms Avogadro’s number 6.02x10^23 Atomic number Valence shell Mixtures Factors that influence rate of reactions Chemical, electrical, mechanical, electromagnetic Electron shells/ energy levels Reactants Single covalent bonds Water = universal solvent Inorganic compounds 2 types of compounds Energy Physical vs chemical properties Avogadro’s number 6.02x10^23 Anion Trace elements (0.1%) Oxidation rection Isotopes and radioisotope Minor elements (3.9%) Planetary vs orbital Kinetic vs potential Elements Redox reaction Atomic structure
(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.
Energy
Molecules vs compounds
Atomic mass
Colloids
Chemical bonds
Chemical reactions
Isotopes and radioisotope
Molecules vs compounds
Organic compounds
Temperature, particle size, concentration
Homogenous
Exergonic reaction
Planetary vs orbital
Trace elements (0.1%)
Electrons
Mixtures
Octet rule
Cation
Atomic symbol
Physical vs chemical properties
Triple covalent bonds
Atomic mass
Atomic weight
Reduction reaction
Chemical, electrical, mechanical, electromagnetic
Endergonic reaction
Major elements (96%, CHON)
Suspensions
Homogenous
Solute and solvent
Matter
Catalyst
Products
Electropositive
Atoms
Nucleus
Kinetic vs potential
Nucleus
Atomic structure
Minor elements (3.9%)
Protons and neutrons
Solute and solvent
Electrons
Ionic, covalent, hydrogen
Protons and neutrons
Models
Matter
Major elements (96%, CHON)
Colloids
Double covalent bonds
Solutions
Models
3 types of bonds
Atomic weight
Elements
Enzyme
Atomic number
Properties of water
Electronegative
Atomic symbol
Solutions
Suspensions
Atoms
Avogadro’s number 6.02x10^23
Atomic number
Valence shell
Mixtures
Factors that influence rate of reactions
Chemical, electrical, mechanical, electromagnetic
Electron shells/ energy levels
Reactants
Single covalent bonds
Water = universal solvent
Inorganic compounds
2 types of compounds
Energy
Physical vs chemical properties
Avogadro’s number 6.02x10^23
Anion
Trace elements (0.1%)
Oxidation rection
Isotopes and radioisotope
Minor elements (3.9%)
Planetary vs orbital
Kinetic vs potential
Elements
Redox reaction
Atomic structure