C6H6+HNO3conc.2SO4100°C the main product of the reaction

Benzene is a six-member aromatic compound. It has very high electron density. It can donate its electron to any electrophile to do substitution reaction. C6H6+HNO3→100C 0cnc H2SO4 C6H5NO2It is a nitration reaction. In this reaction m-dinitrobenzene formed as a product.Therefore, option C is correct.

C6H6+HNO3conc.2SO4100°C the main product of the reaction

Benzene is a six-member aromatic compound. It has very high electron density. It can donate its electron to any electrophile to do substitution reaction. C6H6+HNO3→100C 0cnc H2SO4 C6H5NO2It is a nitration reaction. In this reaction m-dinitrobenzene formed as a product.Therefore, option C is correct.

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$C_{6} H_{6} + {HNO}_{3} \frac{{conc .}_{2} {SO}_{4}}{100 ° C}$ the main product of the reaction

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Nitrobenzene

O-dinitrobenzene

m-dinitrobenzene

P-dinitrobenzene

answer is C.

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Detailed Solution

Benzene is a six-member aromatic compound.
It has very high electron density.
It can donate its electron to any electrophile to do substitution reaction. $C_{6} H_{6} + {HNO}_{3} \to_{100 {}^{0}C}^{cnc H_{2} {SO}_{4}}$ $C_{6} H_{5} {NO}_{2}$
It is a nitration reaction. In this reaction m-dinitrobenzene formed as a product.