Explain the role of h2so4 in the reaction

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Reference no: EM13170628

When 780 g of benzene (Molar mass = 78 g/mol) reacts with 750 mL of concentrated HNO3 (16 M) and 750 mL of H2SO4 (18 M), 1000 g of nitrobenzene (molar mass = 123 g/mol) and 250 g of an unknown compound with a high boiling point are obtained. a. Identify the limiting reagent. b. Calculate the percent yield of nitrobenzene. c. Give the name of the most probably side product with the high melting point. d. Explain, with the aid of a mechanism, the role of H2SO4 in the reaction. e. Supposing the crystalline compound (250 g) has the formula C6H4N2O4, calculate the yield of this side product. 6. The nitration of furan leads preferentially to 1- nitrofuran rather than the 2-nitrofuran isomer. Explain by considering carefully the stability of the ??-complex leading to each isomer.

Reference no: EM13170628

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