pcl5-decomposes-to-pcl3-and-cl2-in-a-gas-phase-reaction-at-200-c-pcl5-g-pcl3-g-c

Question

PCl_{5} decomposes to PCl_{3} and Cl_{2} in a gas-phase reaction at 200 °C: PCl_{5}(g) → PCl_{3}(g) + Cl_{2}(g)The following data were obtained for the reaction:Calculate the rate of the reaction at the following concentrations: 0.150 M, 0.200 M, and 0.230 M.

Accepted Answer

Rate(0.150 M) = 3.87×$$10^{−4} M/s $$Rate(0.200 M) = 5.16×$$10^{−4} M/s $$Rate(0.230 M) = 5.93×$$10^{−4} M/s$$

Answer

Rate(0.150 M) = 4.12×$$10^{−4} M/s $$Rate(0.200 M) = 3.16×$$10^{−3} M/s $$Rate(0.230 M) = 2.85×$$10^{−3} M/s$$

Answer

Rate(0.150 M) = 8.44×$$10^{−5} M/s $$Rate(0.200 M) = 9.25×$$10^{−4} M/s $$Rate(0.230 M) = 1.15×$$10^{−3} M/s$$

Answer

Rate(0.150 M) = 4.56×$$10^{−3} M/s $$Rate(0.200 M) = 8.22×$$10^{−2} M/s $$Rate(0.230 M) = 9.35×$$10^{−2} M/s$$

PCl5 decomposes to PCl3 and Cl2 in a gas-phase reaction at 200 °C: PCl5(g) → PCl3(g) + Cl2(g)The following data were obtained for the reaction:Calculate the rate of the reaction at the following concentrations: 0.150 M, 0.200 M, and 0.230 M.

PCl₅ decomposes to PCl₃ and Cl₂ in a gas-phase reaction at 200 °C: PCl₅(g) → PCl₃(g) + Cl₂(g)
The following data were obtained for the reaction:
Calculate the rate of the reaction at the following concentrations: 0.150 M, 0.200 M, and 0.230 M.