Derive and apply integrated rate equations for zero and first order reactions.
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Sequence the steps of the zero order derivation.
Drag the steps into the correct logical order to derive the zero-order integrated rate equation.
Derivation of the integrated rate equation for zero order.
A zero order reaction means that the rate of the reaction is proportional to the zero power of the concentration of reactants. Consider the reaction :
Graph of concentration vs time for a zero order reaction.
A coordinate graph showing the variation in concentration versus time for a zero order reaction. The y-axis represents t…
Derivation of the integrated rate equation for first order.
In a first order reaction, the rate is proportional to the first power of the concentration of the reactant ().
Graphs of ln[R] vs t and log[R]0/[R] vs t.
Two coordinate graphs for a first order reaction. The left graph plots the natural logarithm of concentration R on the y…
The standard usable formula for first order calculations.
Calculate k given initial and final concentrations.
Problem. The initial concentration of in the following first order reaction was at 318 K. The concentration of after 60 minutes was . Calculate the rate constant of the reaction at 318 K.