s & p electrons in outermost energy level no 2 e- with same 4 quantum numbers 3 elements that don't follow e- config rules covalent bond w/ unequal e- pair sharing represents spin measure of attraction of atom for bonding e- represents shape of orbital covalent bond w/ equal e- pair sharing credited with the periodic table "address" of electrons space where e- probably are credited with atomic number one way to represent valence e- represents orbital orientation in space bond between metal & non-metal e- in orbitals singly then paired bond between non-metal atoms term meaning same e- config helps determine better structure amt of E to remove e- from atom(g) amt of E to gain e- amt of E to separate parts of ionic cmpd orbitals having same amt of energy represents orbital size/level s & p electrons in outermost energy level no 2 e- with same 4 quantum numbers 3 elements that don't follow e- config rules covalent bond w/ unequal e- pair sharing represents spin measure of attraction of atom for bonding e- represents shape of orbital covalent bond w/ equal e- pair sharing credited with the periodic table "address" of electrons space where e- probably are credited with atomic number one way to represent valence e- represents orbital orientation in space bond between metal & non-metal e- in orbitals singly then paired bond between non-metal atoms term meaning same e- config helps determine better structure amt of E to remove e- from atom(g) amt of E to gain e- amt of E to separate parts of ionic cmpd orbitals having same amt of energy represents orbital size/level
(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.
s & p electrons in outermost energy level
no 2 e- with same 4 quantum numbers
3 elements that don't follow e- config rules
covalent bond w/ unequal e- pair sharing
represents spin
measure of attraction of atom for bonding e-
represents shape of orbital
covalent bond w/ equal e- pair sharing
credited with the periodic table
"address" of electrons
space where e- probably are
credited with atomic number
one way to represent valence e-
represents orbital orientation in space
bond between metal & non-metal
e- in orbitals singly then paired
bond between non-metal atoms
term meaning same e- config
helps determine better structure
amt of E to remove e- from atom(g)
amt of E to gain e-
amt of E to separate parts of ionic cmpd
orbitals having same amt of energy
represents orbital size/level