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2 bonding groups, 0 lone Pairs
linear
trigonal planar
3 bonding groups, 0 lone paris
trigonal planar
trigonal planar
2 bonding groups, 1 lone pair
trigonal planar
bent
4 bonding groups, 0 lone pairs
tetrahedral
tetrahedral
3 bonding groups, 1 lone par
tetrahedral
trigonal pyramidal
2 bonding groups, 2 lone pairs
Electron geometry- tetrahedral
Molecular geometry- bent
5 bonding groups, 0 lone pairs
Electron geometry- trigonal bipyramidal
Molecular geometry- trigonal bipyramidal
4 bonding groups, 1 lone pair
Electron geometry- trigonal bipyramidal
Molecular geometry- seesaw
3 bonding groups, 2 lone pairs
Electron geometry- trigonal bipyramidal
Molecular geometry- tshaped
2 bonding groups, 3 lone pairs
Electron geometry- trigonal bipyramidal
Molecular geometry- linear
6 bonding groups, 0 lone pairs
Electron geometry- octahedral
Molecular geometry- octahedral
5 bonding pairs, 1 lone pair
Electron geometry- octahedral
Molecular geometry- square pyramidal
4 bonding pairs, 2 lone pairs
Electron geometry- octahedral
Molecular geometry- square planar
Two electron groups
Sp hybrid orbital
Three election groups
Sp² hybrid orbital
Four electron groups
Sp³ hybrid orbital
Five electron groups
Sp³d hybrid orbital
Six electron groups
Sp³d² hybrid orbital
Acetate
C2H3O2
Carbonate
CO3
Hydroxide
OH
Nitrite
NO2
Nitrate
NO3
Chromate
CrO4
Dichromate
CrO7
Phosphate
PO4
Ammonium
NH4
Hypochlorite
ClO
Chlorite
ClO2
Chlorate
ClO3
Perchlorate
ClO4
Permanganate
MnO4
Sulfite
SO3
Sulfate
SO4
Cyanide
CN
Peroxide
O2
As bond order increases
The strength of the bond increases and the bond shortens
Ionization energy trend across period
Increasing
Ionization energy trend down a column
Decreasing
Effective nuclear charge trend across a period
Increasing
Effective nuclear charge trend down a column
Decreasing
Atomic radius trend across a period
Decreasing
Atomic radius trend down a column
Increasing
Electronegativity trend across a period
Decreasing
Electronegativity trend down a column
Increasing