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The velocity of ozonisation of benzene and its homologues

Johannes van Dijk

Open publisher page 12 citations

Abstract

Abstract It appears from velocity measurements of the ozonisation of benzene, toluene, m‐xylene, mesitylene and hexamethylbenzene that the reactivity of these substanees increases in the order mentioned. The order of the reaction could not be determined in the case of benzene, toluene and m‐xylene. With mesitylene the reaction is apparently quatermolecular and with hexamethylbenzene it is apparently bimolecular. The results of comparative velocity measurements with mixtures of benzene and toluene are not in disagreement with direct velocity measurements.

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What this paper is about

Abstract It appears from velocity measurements of the ozonisation of benzene, toluene, m‐xylene, mesitylene and hexamethylbenzene that the reactivity of these substanees increases in the order mentioned. The order of the reaction could not be determined in the case of benzene, toluene and m‐xylene. With mesitylene the reaction is apparently quatermolecular and with hexamethylbenzene it is apparently bimolecular. The results of comparative velocity measurements with mixtures of benzene and toluene are not in disagreement with direct velocity measurements.

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Available abstract

Abstract It appears from velocity measurements of the ozonisation of benzene, toluene, m‐xylene, mesitylene and hexamethylbenzene that the reactivity of these substanees increases in the order mentioned. The order of the reaction could not be determined in the case of benzene, toluene and m‐xylene. With mesitylene the reaction is apparently quatermolecular and with hexamethylbenzene it is apparently bimolecular. The results of comparative velocity measurements with mixtures of benzene and toluene are not in disagreement with direct velocity measurements.

Key concepts: Hexamethylbenzene, Mesitylene, Benzene, Toluene, Chemistry, p-Xylene, Xylene, Reactivity (psychology)

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