In the reaction, $2NO+C{l}_2⟶2NOCl2NO+Cl\_2\; \backslash longrightarrow\; 2NOCl$  it has been found that doubling the concentration of both the reactants increases the rate by a factor of eight but doubling the chlorine concentration alone only doubles that rate. Which of the following statement is correct?

The rate of a gaseous reaction is halved when the volume of the vessel is doubled. The order of reaction is

For the reaction, $A+B⟶C+DA\; +\; B\; \backslash longrightarrow\; C\; +\; D$, if concentration of A is doubled without altering the concentration of B, the rate gets doubled. If the concentration of B is increased by nine times concentration of A, the rate gets tripled. The order of reaction is

The reaction$X⟶X\backslash longrightarrow$ product follows first-order kinetics. In 40 minutes, the concentration of X changes from 0.1 M to 0.025 M, then the rate of reaction when concentration of X is 0.01 M is

Half-life of a reaction is found to be inversely proportional to the cube of initial concentration. The order of reaction is

Consider the reaction, $2A+B⟶2\; A\; +\; B\; \backslash longrightarrow$ Products: When concentration of B alone was doubled, the half-life did not change. When the concentration of A alone was doubled, the rate increased by two times. The unit of rate constant for this reaction is

For the reaction $R⟶P,R\backslash longrightarrow\; P,$ a graph of [R] against time is found to be a straight line with negative slope. What is the order of reaction?

The rate constant of $n^{th}n^\{th\}$ order has units

For a first-order reaction, $t_{av}t\_\{av\}$ (average lifetime), $t_{50\mathrm{\%}}t\_\{50\backslash \%\}$ and $t_{75\mathrm{\%}}t\_\{75\backslash \%\}$ are in the order:

The rate constants $k_{1}k\_1$ and $k_{2}k\_2$ for two different reactions are $10^{16}\mathrm{.}{e}^{-2000\mathrm{/}T}10^\{16\}.e^\{-2000/T\}$ and $10^{15}\mathrm{.}{e}^{-1000\mathrm{/}T}10^\{15\}.e^\{-1000/T\}$ respectively. The temperature at which $k_1=k_{2}k\_1\; =\; k\_2$ is