1. Sodium acetate
2. Sodium propionate
3. Sodium ethanoate
4. Sodium butanoate
Sodium propionate
1. As the number of carbon atoms decreases melting and boiling points increase
2. As the number of carbon atoms increases melting and boiling points increase
3. As the number of carbon atoms increases, there is a increase in either melting or boiling point.
4. As the number of carbon atoms increases, there is a increase only in melting point.
As the number of carbon atoms increases melting and boiling points increase
1. 112 pm
2. 154 pm
3. 127 pm
4. 116 pm
112 pm
1. Exothermic
2. Endothermic
3. Polymerisation
4. Pyrolysis
Exothermic
1. 3-Dimethylhexane
2. 3-Propylpentane
3. 3,3-Dimethylpenate
4. 3,3-Dimethylhexane
3,3-Dimethylhexane
1. Substitution
2. Elimination
3. Addition
4. Rearrangement
Substitution
1. R - Cl > R - Br > R – I
2. R - Br >R - Cl > R – I
3. R - C l > R - I > R –Br
4. R - I > R - Br > R - Cl
R - I > R - Br > R - Cl
1. 2 – Methylpentane
2. 2, 3 – Dimethylbutane
3. 2, 2 –Dimethylbutane
4. 2, 3 -Dimethylpentane
2 – Methylpentane
1. Chlorination
2. Bromination
3. Nitration
4. Combustion
Nitration
1. Octahedral
2. Square planar
3. Trigonal planar
4. Tetrahedral
Tetrahedral