Bohr valence electron Lewis Dot neutron nonmetal metalloid/semi- metal dull/brittle solid proton ion atomic number orbitals colorless gas row ionic compound anion nonpolar covalent compound erosion shiny, bendable solid column cation noble gas period radius soluble electron polar covalent compound atomic mass adhesion specific heat cohesion conductive negative charge low electronegativity surface tension polar metal nucleus dipole arrows group high electronegativity positive charge Bohr valence electron Lewis Dot neutron nonmetal metalloid/semi- metal dull/brittle solid proton ion atomic number orbitals colorless gas row ionic compound anion nonpolar covalent compound erosion shiny, bendable solid column cation noble gas period radius soluble electron polar covalent compound atomic mass adhesion specific heat cohesion conductive negative charge low electronegativity surface tension polar metal nucleus dipole arrows group high electronegativity positive charge
(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.
Bohr
valence electron
Lewis Dot
neutron
nonmetal
metalloid/semi-metal
dull/brittle solid
proton
ion
atomic number
orbitals
colorless gas
row
ionic compound
anion
nonpolar covalent compound
erosion
shiny, bendable solid
column
cation
noble gas
period
radius
soluble
electron
polar covalent compound
atomic mass
adhesion
specific heat
cohesion
conductive
negative charge
low electronegativity
surface tension
polar
metal
nucleus
dipole arrows
group
high electronegativity
positive charge