Q12 For the first order reaction A→B+C, carried out at 27 C if 3 8 x 10-16 % of - Chemistry -

Question

Q12 For the first order reaction A → B+C, carried out at 27
° C if 3 8 x 10-16 % of the reactant molecules exist
in the activated state, the Ea ( activation energy ) of
the reaction is

(a) 12 kJ/mole (b) 831 4 â€‹kJ/mole (c) 100
â€‹kJ/mole (d) â€‹88 57 kJ/mole

Decoder_1 · Accepted Answer

Q12. For the first order reaction A → B+C, carried out at 27 ° C if 3.8 x 10-16 % of the reactant molecules exist in the activated state, the Ea ( activation energy ) of the reaction is (a) 12 kJ/mole (b) 831.4 ​kJ/mole (c) 100 ​kJ/mole (d) ​88.57 kJ/mole

Q12. For the first order reaction A $\to$ B+C, carried out at 27 $°$ C if 3.8 x 10^-16 % of the reactant molecules exist in the activated state, the E_a ( activation energy ) of the reaction is

(a) 12 kJ/mole (b) 831.4 kJ/mole (c) 100 kJ/mole (d) 88.57 kJ/mole