Carbon Relative atomic mass Transition metals Covalent bonding Noble gases Atomic orbital Atom 0-0.4 P orbital Electronegativity Alkali metals Oxygen Isotope Radioactivity Mass number 6x10^23 Polar 2 Valency Atomic number Atomic radius Ionic bonding Half life S orbital Electronegativity Diatomic Mole Alkaline earth metals Energy level 1 0.4- 1.7 Sodium Double bond >1.7 First ionisation energy Halogens Heisenberg’s uncertainty principle H2O H2SO4 Carbon Relative atomic mass Transition metals Covalent bonding Noble gases Atomic orbital Atom 0-0.4 P orbital Electronegativity Alkali metals Oxygen Isotope Radioactivity Mass number 6x10^23 Polar 2 Valency Atomic number Atomic radius Ionic bonding Half life S orbital Electronegativity Diatomic Mole Alkaline earth metals Energy level 1 0.4- 1.7 Sodium Double bond >1.7 First ionisation energy Halogens Heisenberg’s uncertainty principle H2O H2SO4
(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.
Carbon
Relative atomic mass
Transition metals
Covalent bonding
Noble gases
Atomic orbital
Atom
0-0.4
P orbital
Electronegativity
Alkali metals
Oxygen
Isotope
Radioactivity
Mass number
6x10^23
Polar
2
Valency
Atomic number
Atomic radius
Ionic bonding
Half life
S orbital
Electronegativity
Diatomic
Mole
Alkaline earth metals
Energy level
1
0.4-1.7
Sodium
Double bond
>1.7
First ionisation energy
Halogens
Heisenberg’s uncertainty principle
H2O
H2SO4