Chemical properties of carbon compounds 0th
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Chemical Properties of Carbon Compounds. 64. Combustion of Carbon: Carbon, in all allotropic forms, burns in presence of oxygen to form carbon dioxide with evolution of heat and light energy. In case of diamond, graphite and fullerene, they burn completely to form CO2 because they are purest form of carbon.
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✔️ Combustion
Carbon, in all its allotropic forms, burns in oxygen to give carbon dioxide along with the release of heat and light.
✔️ Oxidation
Alcohols are converted to carboxylic acids.
✔️ Addition reaction
Unsaturated hydrocarbons add hydrogen in the presence of catalysts to give saturated hydrocarbons.
✔️ Substitution reaction
Halogens substituting hydrogen of carbon compound in the presence of sunlight.
✨✔️✔️HOPE IT HELPS YOU.....
==============✌❤✌==============
✔️✔️✨ HERE IS YOUR ANSWER....
:-
✔️ Combustion
Carbon, in all its allotropic forms, burns in oxygen to give carbon dioxide along with the release of heat and light.
✔️ Oxidation
Alcohols are converted to carboxylic acids.
✔️ Addition reaction
Unsaturated hydrocarbons add hydrogen in the presence of catalysts to give saturated hydrocarbons.
✔️ Substitution reaction
Halogens substituting hydrogen of carbon compound in the presence of sunlight.
✨✔️✔️HOPE IT HELPS YOU.....
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