Chemical Kineti...

For the reaction shown, which best describes the elementary reaction?

For zero order reaction, the integrated rate equation is:

Half life for a  Ist order reaction $${ A\longrightarrow  }$$ product , is 60minute. What % of A remains after120min?

In the first order reaction $$75$$% of the reactant disappeared in $$1.38$$ h, the rate constant of the reaction is: 

The rate of reaction increases with rise in temperature because of : 

Wrong data for the first order reaction is:

$$t_{\dfrac{1}{2}}$$ for first order reaction is: 

Why do most chemical reaction rates increase rapidly as the temperature rises

The activation energy for the bimolecular reaction $$A+BC \rightarrow AB+C$$ is $$E_{0}$$ in the gas phase. If the reason carried out in a confined volume of $$\lambda^{3}$$, the activation energy is expected to: 

Radioactive decay follows                   order kinetics