Chemical Kineti...

What does it mean when a collision is elastic?

Here is another look at the reaction of crystal violet with sodium hydroxide, a first-order reaction (In $$A$$ v time):
What is the significance of the slope?

In a zero-order reaction, if the initial concentration of the reactant is doubled, the time required for half the reactant to be consumed:

If $$50$$% of the reactant is converted into a product in a first order reaction in 25 minutes, how much of it would react in 100 minutes?

A zero-order reaction, $$A \rightarrow$$ Product, with an initial concentration $$ { \left[ A \right]  }_{ 0 }$$ has a half-life of $$0.2 s$$. If one starts with the concentration $$2{ \left[ A \right]  }_{ 0 }$$, then the half-life is:

Decomposition of $$NH_3$$ on gold surface follows zero order kinetics. If rate constant $$K$$ is $$5\times 10^{-4}M$$ $$s^{-1}$$, rate of formation of $$N_2$$ will be:

The rate of a particular reaction triples when temperature changes from $$50^o$$C to $$100^o$$C. What is the activation energy of the reaction (in $$J.mol^{-1}$$)? $$(log 3=0.4771, R=8.314K^{-1}mol^{-1})$$

$$2N_2O_5(g) \rightarrow 4NO_2(g) + O_2(g)$$
What is the ratio of the rate of decomposition of $$N_2O_5$$ to rate of formation of $$NO_2$$?

Consider the Arrhenius equation, $$k = Ae^{-E_{a}/(RT)}$$, which of the following would not increase the rate constant of the reaction?

$$K_{p}$$ of a reaction at $$300\ K$$ is $$6\ atm$$ and $$2\ atm$$ at $$450\ K$$. Which of the following statements is incorrect about this reaction, if $$\triangle n_{g} = 1$$?