Solubility and electron geometry

Group 1: Lit Na. K*etc.

Soluble, no exceptions

NH4+

Soluble, no exceptions

NO3-

Soluble, no exceptions

 C2H3O2- or CH3COO-

Soluble, no exceptions

HCO3-

Soluble, no exceptions

ClO3-

Soluble, no exceptions

ClO4-

Soluble, no exceptions

Halogens, Cl- Br- I-

Soluble except for when its with Ag+, Pb2+, Hg2^2+

SO4 2-

Souloble except with Ag+. Pb2+. Ca2+, Sr2+. Ba2+

CO3 2-

Insoluble except for when its with Group 1 elements or NH4+

CrO4 2-

Insoluble except for when its with Group 1 elements or NH4+, Ca2+, Mg2+

PO4 3-

Insoluble except for when its with Group 1 elements or NH4+

S2-

Insoluble except for when its with Group 1 elements or NH4+

OH-

Insoluble except for when its with Group 1 elements or NH4+, Ca2+, Ba2+, Sr2+

2 electron groups

Linear

3 electron groups

Trigonal Planar

4 electron groups  

Tetrahedral

5 electron groups

Trigonal Bipyramidal

6 electron groups

Octahedral

Linear bond angle

180

trigonal planar bond angle 

120

tetrahedral bond angle

109.5

octahydral bond angle

90

alcohol

OH, Attahced to a group

Aldehyde

COH, attached to a group

Amine

NH2, Attached to a group

Carboxylic acid

COOH, Attached to a group

Ketone 

O=C, Attached to a carbon group

Molecular geometry: 2 bonds no lone pairs

Molecular geometry: Linear

Molecular geometry: 3 bonds no lone pairs

Molecular geometry: Trigonal Planar

Molecular geometry: 4 bonds no lone pairs

Molecular geometry: tetrahedral

Molecular geometry: 5 bonds no lone pairs

Molecular geometry: Trigonal Bipyramidal

Molecular geometry: 6 bonds with no lone pairs

Molecular geometry: Octahedral

Molecular geometry: 2 bonds with 1 lone pair 

Molecular geometry: Bent 

Molecular geometry: 3 bonds with 1 lone pair

Molecular geometry: trigonal pyramid

Molecular geometry: 2 bonds with 2 lone pairs

Molecular geometry: Also Bent

Molecular geometry: 4 bonds with 1 lone pairs

Molecular geometry: Seesaw or Sawhorse

Molecular geometry: 3 bonds with 2 lone pairs

Molecular geometry: T-shaped

Molecular geometry: 2 bonds with 3 lone pairs

Molecular geometry: Also Linear

Molecular geometry: 5 bonds with 1 lone pairs

Molecular geometry: Square pyramidal

Molecular geometry: 4 bonds with 2 lone pairs

Molecular geometry: Square Planar

Molecular geometry: 3 bonds with 3 lone pairs

Molecular geometry: T-shaped