55. For a gaseous reaction 2A + B_2 -> 2AB , the following rate data were obtained at 300K rate of Concentration disappearance of B_2 (Mole/lt.min) \lbrack A\rbrack \lbrack B_2\rbrack (i) 1.8×10-3 0.015 0.15 (ii) 1.08×10-2 0.09 0.15 (iii) 5.4×10-3 0.015 0.45 Calculate the rate constant and rate of formation of AB when \lbrack A\rbrack is 0.02 and \lbrack B_2\rbrack is 0.04 mol/lt.min at 300K.

55. For a gaseous reaction 2A + B_2 -> 2AB , the following rate data w

1.	55. For a gaseous reaction 2A + B_2 -> 2AB , the following rate data were obtained at 300K rate of Concentration disappearance of B_2 (Mole/lt.min) \lbrack A\rbrack \lbrack B_2\rbrack (i) 1.8×10-3 0.015 0.15 (ii) 1.08×10-2 0.09 0.15 (iii) 5.4×10-3 0.015 0.45 Calculate the rate constant and rate of formation of AB when \lbrack A\rbrack is 0.02 and \lbrack B_2\rbrack is 0.04 mol/lt.min at 300K.
Answer» 55. For a gaseous reaction 2A + B_2 -> 2AB , the following rate data were obtained at 300K rate of Concentration disappearance of B_2 (Mole/lt.min) \lbrack A\rbrack \lbrack B_2\rbrack (i) 1.8×10-3 0.015 0.15 (ii) 1.08×10-2 0.09 0.15 (iii) 5.4×10-3 0.015 0.45 Calculate the rate constant and rate of formation of AB when \lbrack A\rbrack is 0.02 and \lbrack B_2\rbrack is 0.04 mol/lt.min at 300K.