Chemical Kineti...

The values of enthalpies of reactants and products are $$x$$ and $$y$$ $$J/mol$$, respectively. If the activation energy for the backward reaction is $$z$$ $$J/mol$$, then the activation energy for forward reaction will be
(in J/mol)

The initial rate of a zero-order reaction:
$$A(g)\rightarrow 2B(g)$$ is $$0.01M\quad { min }^{ -1 }$$. If the initial concentration of $$A$$ is $$0.1M$$, the concentration of $$B$$ after $$60s$$ is?

Which of the following is incorrect statement?

A zero-order reaction $$A\rightarrow B$$. At the end of $$1h$$, $$A$$ is $$75$$% reacted. How much of it will be left unreacted at the end of $$2h$$?

At a certain temperature, the reaction between $$NO$$ and $${O}_{2}$$ is fast, while that between $$CO$$ and $${O}_{2}$$ is slow. It may be concluded that

In general, the rate of a reaction can be increased by all the factors except

For a zero-order reaction,

Flask with greater collision number of the molecules.

The time taken in $$75$$% completion of zero-order reaction is $$10h$$. In what time, the reaction will be $$90$$% completed?

The rate expression for a reaction is $$\cfrac { -dC }{ dt } =\cfrac { \alpha C }{ 1+\beta C } $$, where $$\alpha $$ and $$\beta$$ are constants and $$C$$ is the concentration of reactant at time, $$t$$. The half-life for this reaction is