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The reaction involved the effective collision of two reactants to produce the desired products. Reactions can be natural, which occur in the surrounding environment, whereas it can be artificially done in the laboratory to form the desired product.

The reaction rate can be defined as the reaction speed to produce the products. The reaction rate can be slow, fast or moderate. The reaction can take less than a millisecond to produce products, or it can take years to produce the desired product.

The half-life period can be defined as the time period at which half the concentration of the reactants gets converted into a product.

Time Taken = 30minutes = 1800 seconds

Rate constant of the cyclobutene calculated = \({\bf{2}}{\bf{.0 \times 1}}{{\bf{0}}^{{\bf{ - 4}}}}{{\bf{s}}^{{\bf{ - 1}}}}\)

Initial Pressure = 55torr

The partial pressure of cyclobutene is:

\(\begin{align}k &= {\bf{ }}\frac{{2.303}}{t}Log{\bf{ }}\frac{P}{{{P_0}}}\\1800s &= {\bf{ }}\frac{{2.303}}{{0.0002s}}Log{\bf{ }}\frac{P}{{55}}\\Log{\bf{ }}\frac{P}{{55}} &= {\bf{ }}\frac{{0.0002}}{{2.303}} \times 1800\\\frac{P}{{55}} &= AntiLog{\bf{ }}(0.156)\end{align}\)

\(\begin{align}\frac{P}{{55}} &= 1.43\\P &= 55 \times 1.43\\P &= 78.65torr\end{align}\)

Hence, the partial pressure of cyclobutene after 30 minutes\({\bf{150^\circ C}}\) is 78.65torr.