Chemical Properties and Interchange Between Homologous Series (4)

Chemistry

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Chemical Properties and Interchange Between Homologous Series (4)

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Chemical reactions of alkenes (2)

Addition

Chemical reactions of alkenes (3)

Addition polymerisation

Combustion reaction of alkenes (1)

Alkenes burn completely in excess oxygen, O2 to produce carbon dioxide, CO2 and water, H2O

Combustion reaction of alkenes (2)

Alkenes undergo incomplete combustion in insufficient oxygen, O2 supply to form carbon particles (in the form of soot), carbon monoxide gas, CO that is poisonous and water, H2O

Combustion reaction of alkenes (3)

The combustion of alkenes can produce a flame with more soot compared to their corresponding alkanes

The reason which the combustion of alkenes can produce a flame with more soot compared

This is because alkenes have a higher percentage of carbon by mass compared to alkanes

Addiction reaction of alkene (1)

As alkenes are unsaturated hydrocarbons, they undergo addition reactions

Addiction reaction of alkene (2)

Addition reaction occurs when another atom is added to each carbon atom, C at the double bond C-C to form a single covalent bond C-C

Five addition reactions that occur on alkenes (1)

Addition of hydrogen (Hydrogenation)

Five addition reactions that occur on alkenes (2)

Addition of halogen (Halogenation)

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