Trends in the periodic table Distillation Transition Metals Dmitri Mendeleev Health hazard Actinides Decomposition Solubility Electron configuration Atomic number Decantation Density calculation Fire emergency Chemical reactivity Magnetism Inner Transition Metals Solid Centrifugation Radius Height Double displacement Lab coat Nonmetals Alkali Metals Rutherford Flammable gases Periods Isotopes Corrosion Metalloids Synthesis Gas Fire extinguisher J.J. Thompson John Dalton Nucleus Products Glass beaker Mass calculation Alkaline Earth Metals Lanthanides Hazard class Evaporation Acute toxicity Reactants Metals Atomic mass Groups Proton Max Planck Nonmetals Liquid Filtration Atomic size trend Noble Gases Combustion Cylinder Atomic number Halogens Post- Transition Metals Electrons orbits Plasma Erwin Schrödinger Volume calculation Democritus Niels Bohr Metalloids Chemical spill Atomic mass Chromatography Valence electrons Trends in the periodic table Distillation Transition Metals Dmitri Mendeleev Health hazard Actinides Decomposition Solubility Electron configuration Atomic number Decantation Density calculation Fire emergency Chemical reactivity Magnetism Inner Transition Metals Solid Centrifugation Radius Height Double displacement Lab coat Nonmetals Alkali Metals Rutherford Flammable gases Periods Isotopes Corrosion Metalloids Synthesis Gas Fire extinguisher J.J. Thompson John Dalton Nucleus Products Glass beaker Mass calculation Alkaline Earth Metals Lanthanides Hazard class Evaporation Acute toxicity Reactants Metals Atomic mass Groups Proton Max Planck Nonmetals Liquid Filtration Atomic size trend Noble Gases Combustion Cylinder Atomic number Halogens Post- Transition Metals Electrons orbits Plasma Erwin Schrödinger Volume calculation Democritus Niels Bohr Metalloids Chemical spill Atomic mass Chromatography Valence electrons
(Print) Use this randomly generated list as your call list when playing the game. 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.
B-Trends in the periodic table
G-Distillation
B-Transition Metals
I-Dmitri Mendeleev
N-Health hazard
N-Actinides
G-Decomposition
G-Solubility
O-Electron configuration
O-Atomic number
O-Decantation
O-Density calculation
G-Fire emergency
O-Chemical reactivity
O-Magnetism
O-Inner Transition Metals
O-Solid
N-Centrifugation
I-Radius
N-Height
O-Double displacement
I-Lab coat
O-Nonmetals
G-Alkali Metals
O-Rutherford
O-Flammable gases
B-Periods
I-Isotopes
I-Corrosion
O-Metalloids
N-Synthesis
I-Gas
O-Fire extinguisher
N-J.J. Thompson
G-John Dalton
N-Nucleus
B-Products
N-Glass beaker
O-Mass calculation
O-Alkaline Earth Metals
I-Lanthanides
O-Hazard class
B-Evaporation
B-Acute toxicity
O-Reactants
N-Metals
O-Atomic mass
I-Groups
O-Proton
B-Max Planck
G-Nonmetals
B-Liquid
O-Filtration
O-Atomic size trend
O-Noble Gases
O-Combustion
B-Cylinder
G-Atomic number
O-Halogens
O-Post-Transition Metals
G-Electrons orbits
N-Plasma
O-Erwin Schrödinger
O-Volume calculation
O-Democritus
I-Niels Bohr
G-Metalloids
B-Chemical spill
O-Atomic mass
I-Chromatography
B-Valence electrons