molecular shape shape of molecule taking into consideration the lone pairs' impact Bent 2 bonding domains, 2 unbonding domains nonbonding domain lone pair Tetrahedral 4 bonding domains, 0 unbonding domains CH2O molecular shape is trigonal planar H2S molecular shape is bent covalent compound composed of 2 nonmetals single covalent bond 2 valence electrons decreases bond angle lone pairs halogens 1 bond, 3 lone pairs Trigonal Pyramidal 3 bonding domains, 1 nonbonding domain 4 trigonal pyramidal has how many electron domains? ionic bond composed of a metal and nonmetal CHF3 molecular shape is tetrahedral double covalent bond 4 valence electrons Linear 2 bonding domains, 0 unbonding domains N2 molecular geometry is linear NH3 molecular shape is trigonal pyramidal electron geometry determined by # of electron domains trigonal planar 3 bonding domains, 0 nonbonding domains 0 Linear has how many nonbonding domains? electron domain where electrons are likely to be found oxygen group 2 bonds, 2 lone pairs triple covalent bond 6 valence electrons 1 PF3 has how many unbonding domains? 3 trigonal pyramidal has how many bonding domains? hydrogen 1 bond, no lone pairs nitrogen group 3 bonds, 1 lone pair bonding domain single, double or triple bonds are all... molecular shape shape of molecule taking into consideration the lone pairs' impact Bent 2 bonding domains, 2 unbonding domains nonbonding domain lone pair Tetrahedral 4 bonding domains, 0 unbonding domains CH2O molecular shape is trigonal planar H2S molecular shape is bent covalent compound composed of 2 nonmetals single covalent bond 2 valence electrons decreases bond angle lone pairs halogens 1 bond, 3 lone pairs Trigonal Pyramidal 3 bonding domains, 1 nonbonding domain 4 trigonal pyramidal has how many electron domains? ionic bond composed of a metal and nonmetal CHF3 molecular shape is tetrahedral double covalent bond 4 valence electrons Linear 2 bonding domains, 0 unbonding domains N2 molecular geometry is linear NH3 molecular shape is trigonal pyramidal electron geometry determined by # of electron domains trigonal planar 3 bonding domains, 0 nonbonding domains 0 Linear has how many nonbonding domains? electron domain where electrons are likely to be found oxygen group 2 bonds, 2 lone pairs triple covalent bond 6 valence electrons 1 PF3 has how many unbonding domains? 3 trigonal pyramidal has how many bonding domains? hydrogen 1 bond, no lone pairs nitrogen group 3 bonds, 1 lone pair bonding domain single, double or triple bonds are all...
(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.
shape of molecule taking into consideration the lone pairs' impact
molecular shape
2 bonding domains, 2 unbonding domains
Bent
lone pair
nonbonding domain
4 bonding domains, 0 unbonding domains
Tetrahedral
molecular shape is trigonal planar
CH2O
molecular shape is bent
H2S
composed of 2 nonmetals
covalent compound
2 valence electrons
single covalent bond
lone pairs
decreases bond angle
1 bond, 3 lone pairs
halogens
3 bonding domains, 1 nonbonding domain
Trigonal Pyramidal
trigonal pyramidal has how many electron domains?
4
composed of a metal and nonmetal
ionic bond
molecular shape is tetrahedral
CHF3
4 valence electrons
double covalent bond
2 bonding domains, 0 unbonding domains
Linear
molecular geometry is linear
N2
molecular shape is trigonal pyramidal
NH3
determined by # of electron domains
electron geometry
3 bonding domains, 0 nonbonding domains
trigonal planar
Linear has how many nonbonding domains?
0
where electrons are likely to be found
electron domain
2 bonds, 2 lone pairs
oxygen group
6 valence electrons
triple covalent bond
PF3 has how many unbonding domains?
1
trigonal pyramidal has how many bonding domains?
3
1 bond, no lone pairs
hydrogen
3 bonds, 1 lone pair
nitrogen group
single, double or triple bonds are all...
bonding domain