Why is acrylic acid to have a polymerization reaction?

You can see this, structurally due to the strong absorption of the carbonyl group, the electron pull up the electrons on the double bond is adjacent to the carbonyl group, so that the other end is positively charged; the double bond is heated or some peroxideThe free radicals generated by the decomposition are easy to attack acrylic double bonds, resulting in gel; this can be seen from ethylene difficult to participate in polymerization

You can see this, structurally due to the strong absorption of the carbonyl group, the electron pull up the electrons on the double bond is adjacent to the carbonyl group, so that the other end is positively charged; the double bond is heated or some peroxideThe free radicals generated by the decomposition are easy to attack acrylic double bonds, resulting in gel; this can be seen from ethylene difficult to participate in polymerization

Olefins are easily polymerized under an additional condition such as catalyst, initiator or radiation.

Acrylic acid to prevent polymerization is also required, or heating, or is the presence of an oxidant, and the polymerization is not easy to occur if there is no condition that is not initiated.

Because there is a double bond in the molecule, it is acidic.

Olefins are easily polymerized under an additional condition such as catalyst, initiator or radiation.

Because there is a double bond in the molecule, it is acidic.

Acrylic acid to prevent polymerization is also required, or heating, or is the presence of an oxidant, and the polymerization is not easy to occur if there is no condition that is not initiated.