Question

The balanced equation for the decomposition of TNT, C₇H₅(NO₂)₃, is

2 C7H5(NO2)3(s) → 7 C(s) + 7 CO(g) + 3 N2(g) + 5 H2O(l)

How many moles of each product would form if 8.92 mol of C₇H₅(NO₂)₃ react?

Answer 1

2 C7HS (NO2), - 12 male) 7(+7.00 + 3N2 + 5H2O Amale) (trale) (3 male) (5 mole) According to balanced chemical equation 2 male TNT produce 7 male c, 7 mole co, 3 mole N2 and 5 mole H20_ 12 male TNT produce 7 male t 1 mole TNT produce 7 mole c and, 8.92 mole INT produce - 7 x 8.92 mole So, 31 22 mole of mole c and - 31:22 molec co will also form because mole of co produce are equal 3 mole Na Similarly 2 mole . 1 mole 8.92 male - - 3 mole 3,x 892 » 13.38 male Nz 2 mole INT produce 1 mole produce - 8.92_male produce = 5 mole H2O 5 mole 5 x 8.92_ 22:3 male H20.