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![In presence of U.V. light bromination of benzene produces:A.${C_6}{H_5}Br$B.${C_6}{H_6}B{r_6}$C.o p DibromobenzeneD.No reaction will be take place In presence of U.V. light bromination of benzene produces:A.${C_6}{H_5}Br$B.${C_6}{H_6}B{r_6}$C.o p DibromobenzeneD.No reaction will be take place](https://www.vedantu.com/question-sets/46406de0-d468-401c-a91a-5906895465a0847367754297918222.png)
In presence of U.V. light bromination of benzene produces:A.${C_6}{H_5}Br$B.${C_6}{H_6}B{r_6}$C.o p DibromobenzeneD.No reaction will be take place
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Photocatalytic destruction of volatile aromatic compounds by platinized titanium dioxide in relation to the relative effect of the number of methyl groups on the benzene ring - ScienceDirect
![The molecular rearrangement of carbon compounds. line hydrochloride, andthen begins the methylation of the benzene ring. In accordancewith the hypothesis advanced in this thesis.however, the experi-mental results shov/ that rearrangement takes The molecular rearrangement of carbon compounds. line hydrochloride, andthen begins the methylation of the benzene ring. In accordancewith the hypothesis advanced in this thesis.however, the experi-mental results shov/ that rearrangement takes](https://c8.alamy.com/comp/2CEP32T/the-molecular-rearrangement-of-carbon-compounds-line-hydrochloride-andthen-begins-the-methylation-of-the-benzene-ring-in-accordancewith-the-hypothesis-advanced-in-this-thesishowever-the-experi-mental-results-shov-that-rearrangement-takes-place-only-when-thequarternary-stage-is-reached-in-the-light-of-our-hypothesis-neither-methyl-anilinenor-dimethyl-aniline-can-rearrange-into-corresponding-toluidinesthis-is-true-because-they-cannot-form-quarternary-compounds-dueto-the-absence-of-an-acid-or-negative-group-the-amine-nitrogenatom-must-be-pentavalent-before-rearrangement-can-take-place-2CEP32T.jpg)
The molecular rearrangement of carbon compounds. line hydrochloride, andthen begins the methylation of the benzene ring. In accordancewith the hypothesis advanced in this thesis.however, the experi-mental results shov/ that rearrangement takes
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Enhanced electron separation on in-plane benzene-ring doped g-C3N4 nanosheets for visible light photocatalytic hydrogen evolution - ScienceDirect
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