Draw the graph of [A]t against time for a first order reaction.

The graph of temperature against time is

The value of rate constant of a pseudo first order reaction.

Give the graphical representation of half-life period reaction against concentration for first order reaction

Which of the following is correct for a first order reaction ?

t_(1//4) can be taken as the time taken for concentration of reactant to drop to .^(3)//_(4) of its initial value. If the rate constant for a first order reaction is K , then t_(1//4) can be written as:

Write any two examples of first-order reactions.

Derive the integrated rate law for first order reaction: A products OR Derive the rate equation for first order reaction.

What are the units of rate constant of first order reaction?

Draw the graph of the equation 2x+y = 0 .

Answer the following questions: The following table shows the distances covered by a bus in equal time intervals. Draw a graph of distance against time taking the time along the X-axis and distance along Y-axis. Does the graph show a direct proportionality between distance and time?