Metalloid Compounds 1/2000 amu S Atomic Mass Ionization Energy 1s2,2s2,2p6,3s1 Negative Group 14 Argon 8 electrons Valence Electrons Indivisible and Indestructible Carbon Cobalt Rutherford Electron Cloud Chlorine Fixed 1s2,2s2,2p3 By relative mass Proton Scientific Method Excited State Reoccurring Democritus By atomic number Outermost energy level Octet Rule Natural S and P 7 Symbol Cathode Ray Tube Helium Arsenic Nitrogen F Positive Lower the Energy Gas Electron Affinity Gold Foil Experiment Dalton Nonmetal 67 P Sphere Alkaline Earth Metals 2 electrons Mendeleev Alkali Metals Thomson No charge 18 electrons D 9 Solid Earth, Air, Fire and Water Fluorine Ground State Metallic Character Metal 31 Isotope 32 electrons Infinite Mash Potatoes Gold Synthetic Nonmetallic Character Release Light Increases going up the periodic Table 2 Transition Metals 1s2,2s2,2p6,3s2,3p2 Atomic Radius Noble Gases Proton and Neutron No Scientific Method Francium 1 amu Neutron Potassium Higher the energy Electronegativity Plum Pudding Model Aristotle Have Different Masses Increases going down the periodic table Smallest part of an atom Nucleus Atomic Number Atomic Theory Electron 17 Halogens Group 2 Group 13 Zinc Metalloid Compounds 1/2000 amu S Atomic Mass Ionization Energy 1s2,2s2,2p6,3s1 Negative Group 14 Argon 8 electrons Valence Electrons Indivisible and Indestructible Carbon Cobalt Rutherford Electron Cloud Chlorine Fixed 1s2,2s2,2p3 By relative mass Proton Scientific Method Excited State Reoccurring Democritus By atomic number Outermost energy level Octet Rule Natural S and P 7 Symbol Cathode Ray Tube Helium Arsenic Nitrogen F Positive Lower the Energy Gas Electron Affinity Gold Foil Experiment Dalton Nonmetal 67 P Sphere Alkaline Earth Metals 2 electrons Mendeleev Alkali Metals Thomson No charge 18 electrons D 9 Solid Earth, Air, Fire and Water Fluorine Ground State Metallic Character Metal 31 Isotope 32 electrons Infinite Mash Potatoes Gold Synthetic Nonmetallic Character Release Light Increases going up the periodic Table 2 Transition Metals 1s2,2s2,2p6,3s2,3p2 Atomic Radius Noble Gases Proton and Neutron No Scientific Method Francium 1 amu Neutron Potassium Higher the energy Electronegativity Plum Pudding Model Aristotle Have Different Masses Increases going down the periodic table Smallest part of an atom Nucleus Atomic Number Atomic Theory Electron 17 Halogens Group 2 Group 13 Zinc
(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.
G-Metalloid
B-Compounds
I-1/2000 amu
N-S
I-Atomic Mass
O-Ionization Energy
N-1s2,2s2,2p6,3s1
I-Negative
O-Group 14
G-Argon
N-8
electrons
O-Valence Electrons
B-Indivisible and Indestructible
G-Carbon
N-Cobalt
B-Rutherford
I-Electron Cloud
O-Chlorine
B-Fixed
N-1s2,2s2,2p3
G-By relative mass
I-Proton
B-Scientific Method
N-Excited State
G-Reoccurring
B-Democritus
G-By atomic number
O-Outermost energy level
O-Octet Rule
G-Natural
O-S and P
I-7
I-Symbol
B-Cathode Ray Tube
O-Helium
N-Arsenic
I-Nitrogen
N-F
I-Positive
N-Lower the Energy
G-Gas
O-Electron Affinity
B-Gold Foil Experiment
B-Dalton
G-Nonmetal
I-67
N-P
B-Sphere
G-Alkaline Earth Metals
N-2
electrons
G-Mendeleev
G-Alkali Metals
B-Thomson
I-No charge
N-18
electrons
N-D
I-9
G-Solid
B-Earth, Air, Fire and Water
N-Fluorine
N-Ground State
O-Metallic Character
G-Metal
I-31
I-Isotope
N-32
electrons
B-Infinite Mash Potatoes
G-Gold
G-Synthetic
O-Nonmetallic Character
N-Release Light
O-Increases going up the periodic Table
O-2
G-Transition Metals
N-1s2,2s2,2p6,3s2,3p2
O-Atomic Radius
G-Noble Gases
I-Proton and Neutron
B-No Scientific Method
O-Francium
I-1 amu
I-Neutron
G-Potassium
N-Higher the energy
O-Electronegativity
B-Plum Pudding Model
B-Aristotle
B-Have Different Masses
O-Increases going down the periodic table
B-Smallest part of an atom
B-Nucleus
I-Atomic Number
B-Atomic Theory
I-Electron
I-17
G-Halogens
O-Group 2
O-Group 13
O-Zinc