1Alkene(C=C) + H+/MnO4-
Diol (OH, OH) Addition reaction
2Alkene(C=C) + H2 and Ni/Pt catalyst
Alkane(C-C) Addition reaction
3Alkene(C=C) + HX or X2
Haloalkane (C-X) Addition reaction
4Alkene(C=C) + H2O and Heat/Acid conditions
Alcohol(C-OH) Addition reaction
5Alkane(C-C) + X2 + UV Light
Haloalkane (C-x) Addition reaction
6Haloalkane(C-X) + KOH (alc)
Alkene(C=C) Elimination reaction
7Haloalkane(C-X) + NH3 (alc)
Amine(C-NH2) Substitution reaction
8Haloalkane(C-X) + KOH(aq)
Alcohol(C-OH) Substitution reaction
9Alcohol(C-OH) + HX
Haloalkane(C-X) Substitution reaction
10Alcohol(C-OH) + H2SO4(conc)
Alkene(C=C) Elimination reaction
11Alcohol(C-OH) + H+/KMnO4- or + H+/Cr2O7^2-
Carboxylic Acid(C=O,-OH) Oxidation reaction
12Molecular compound bonding
Weak molecular bonding
13Molecular compound solubility
Soluble in a like solvents, via dipole-dipole bonding
14Molecular compound conductivity
No free ions or electrons, no conductivity in any state
15Ionic compound bonds
Strong ionic bonds between ions
16Ionic compound solubility
Soluble in polar solvents like water, via dipole-diple bonding
17Ionic compound solubility
Ions cannot move and therefore cannot conduct when solid, when molten or liquid can move so can conduct a current
18Metal bonds
Strong multidirectional bonds via sea of electrons
19Metal solubility
Nonpolar, not soluble in water
20Metal conductivity
Delocalised electrons move freely, can conduct electricity in solid or liquid(molten) states.
21Covalent Networks (2d) bonds
Strong covalent bonds inside layers, weak molecular forces between them
22Covalent Networks (2d) solubility
insoluble basically
23Covalent Networks (2d) conductivity
There are clouds of electrons between layers but not really conductive as they cannot move out of layers
24Covalent Networks (3d) bonding
Extremely strong covalent bonds between atoms
25Covalent Networks (3d) solubility
Insoluble
26Covalent Networks (3d) conductivity
All electrons are held in strong, unbreakable covalent bonds, none to move, none to conduct