Chemical Kinetics

Higher transition state

Lower activation energy

More positive $\\Delta H$

More negative $\\Delta H$

It increases

It decreases

It stays constant

It fluctuates randomly

A decrease in temperature

The formation of products

An increase in activation energy

The destruction of the catalyst

$Rate = \frac{\Delta[A]}{\Delta t}$

$Rate = -\frac{\Delta[A]}{\Delta t}$

$Rate = \frac{\Delta[B]}{\Delta t}$

$Rate = k[B]$

1

2

3

0

Changing the temperature

Adding a catalyst

Changing the concentration of the reactant

Increasing the surface area of a solid reactant

Any collision between two reactant molecules

A collision that results in the formation of products

A collision where molecules bounce off each other

A collision that happens at high pressure

An increase in collision frequency

An increase in the fraction of molecules with $E \ge E_a$

A decrease in the activation energy

An increase in the concentration of reactants

$k$ approaches 0

$k$ approaches $A$

$k$ approaches $E_a$

$k$ approaches infinity