1. Give reagent, conditions, and the structures of any intermediate compounds in the following conversion:
i) C2H6 into C2H5OH
ii) C2H5Br into C2H5COOH
iii) 1-bromopropane into 2-bromopropane
2. simple alkenes such as ethene undergo addition reactions with chlorine and bromine at room temperature whereas simple alkanes such as methane react only at elevated temperatures on in the presence of ultraviolet light. how do you account for the difference in reactivity in terms of structure and bonding?
2. The only other reaction that an alkane will undergo is a reaction with ahalogen ( chlorine or bromine typically ) with UV light present as an initiator of the reaction. The UV light causes the formation of free radical halogen atoms by providing enough energy for the bond between the two halogen atoms to break. A halogen atom attacks the alkane, substituting itself for a hydrogen atom. This substitution may occur many times in an alkane before the reaction is finished. A similar process occurs high up in the earth's atmosphere when CFC's and other organic solvents react with intense sunlight to produce free radicals, chlorine atoms in this case. These attack molecules of ozone (O3) depleting ozone'sconcentration and leading to the "holes".