Free Printable Chemical Kinetics : First Order Reaction

1.

A first order of reaction is a reaction whose rate depends on the reactant concentration raised to 2nd power

a)

True

b)

False

2.

The order of reaction is based from non-experimental data

a)

True

b)

False

3.

Which of the following correctly expresses a 1st order reaction?

a)

$r\ =\ k\left[A\right]^2$

b)

$r\ =\ k\left[A\right]^3$

c)

$r\ =\ k\left[A\right]^{ }$

4.

$\ln\left[A\right]_{t\ }-\ \ln\left[A\right]_{0\ }=\ -kt$

Following the basic rule of logarithm quotient, which of the following correctly expresses the equation above?

a)

$\ln\left[A\right]_{t\ }\left[A\right]_{0\ }=\ -kt$

b)

$\ln\ \frac{\left[A\right]_t}{\left[A\right]_0}\ =\ -kt$

c)

$\ln\left[A\right]_{t\ }=\ \ln\left[A\right]_{0\ }-kt$

5.

The rate law expresses the reactant of the reaction

a)

True

b)

False

6.

Which of the following represents the the unit of k in first order reaction?

a)

$s^{-1}$

b)

$s$

c)

$\frac{s}{M}$

7.

Which of the following exhibits a reactant in first order reaction?

a)

b)

c)

8.

Which of the following represent the rate of reaction as
A $\rightarrow$ Product ?

a)

$rate\ =\ \frac{\Delta\left[A\right]}{\Delta t}$

b)

$rate\ =\ -\frac{\Delta\left[A\right]}{\Delta t}$

c)

$rate\ =\ \frac{\Delta\ t}{\Delta\left[A\right]}$

d)

$rate\ =\ -\frac{\Delta\ t}{\Delta\left[A\right]}$

Chemical Kinetics : First Order Reaction

Total questions: 8

Worksheet time: 4mins

Similar Resources on Wayground