Starting with one mole of a compound `A`, it is found that the reaction is `3//4` completed in `1 hr`. Find the rate constant if the reaction is of `II` order.

Starting with one mole of a compound A , it is found that the reaction is 3//4 completed in 1 hr . Calculate the rate constant if the reaction is of a. First order , b. Second order

Starting with one mole of a compound A , it is found that the reaction is 3//4 completed in 1 hr . Calculate the rate constant if the reaction is of a. First order , b. Second order

Starting with one mole of a compound X it is found that the reaction is 3/4 complete in 1 min . What is the rate constant if the reaction follows first order ?

If a second order reaction is 75% complete in 1 hr , calculate the rate constant .

If a second order reaction is 75% complete in 1 hr , calculate the rate constant .

A first order reaction is 20% complete in one hour. At the end of 3 hrs the extent of the reaction is:

If 40% of a first order reaction is complete in 20 minutes, find the rate constant.

If the rate of the reaction is equal to the rate constant , the order of the reaction is