In the gas phase at 500.$\degree$C, cyclopropane reacts to form propene in a first-order reaction. The figure shows the natural logarithm of the concentration of cyclopropane (in mol/L) plotted versus time. a. Explain how this plot confirms that the reaction is first order.
B) Calculate the first-order rate constant, k.
C) Determine the initial concentration of cyclopropane in this experiment.

Question

In the gas phase at 500.$\degree$C, cyclopropane reacts to form propene in a first-order reaction. The figure shows the natural logarithm of the concentration of cyclopropane (in mol/L) plotted versus time.  a. Explain how this plot confirms that the reaction is first order.
B) Calculate the first-order rate constant, k.
C) Determine the initial concentration of cyclopropane in this experiment.

Quizplus · Accepted Answer

The Answer of In the gas phase at 500.$\degree$C, cyclopropane reacts to form propene in a first-order reaction. The figure shows the natural logarithm of the concentration of cyclopropane (in mol/L) plotted versus time.  a. Explain how this plot confirms that the reaction is first order.
B) Calculate the first-order rate constant, k.
C) Determine the initial concentration of cyclopropane in this experiment.

In the Gas Phase at 500 °\degree° C, Cyclopropane Reacts to Form Propene in a First-Order Reaction

In the Gas Phase at 500 $\degree$ C, Cyclopropane Reacts to Form Propene in a First-Order Reaction