The mechanism for the formation of n- propyl ether and propene from n-propyl and the reason corresponding to the formation of propene is favoured at high temperature is to be stated. Concept introduction: In an elimination reaction, a substituent is removed from the compound and this removal of a substituent leads to the formation of a bond. In a substitution reaction, one molecule or atom is replaced by the other molecule or atom from the compound To determine: The mechanism for the formation of n- propyl ether and propene from n-propyl and the reason corresponding to the formation of propene is favoured at high temperature.

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Chapter 14.7, Problem 14.12P

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Interpretation: The mechanism for the formation of n- propyl ether and propene from n-propyl and the reason corresponding to the formation of propene is favoured at high temperature is to be stated.

Concept introduction: In an elimination reaction, a substituent is removed from the compound and this removal of a substituent leads to the formation of a bond.

In a substitution reaction, one molecule or atom is replaced by the other molecule or atom from the compound

To determine: The mechanism for the formation of n- propyl ether and propene from n-propyl and the reason corresponding to the formation of propene is favoured at high temperature.

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