15. Chemical Kinetics
Integrated Rate Law
15. Chemical Kinetics Integrated Rate Law
3PRACTICE PROBLEM
Consider the first-order reaction decomposition of C4H8 to C2H4 with a rate constant of 3.12×10–3 s–1 at 480°C. An 8.00 g sample of C4H8(g) is charged in a 5.00 L reaction vessel kept at a constant temperature of 480°C. Calculate the total pressure in the reaction vessel after 10.0 minutes have passed.
Consider the first-order reaction decomposition of C4H8 to C2H4 with a rate constant of 3.12×10–3 s–1 at 480°C. An 8.00 g sample of C4H8(g) is charged in a 5.00 L reaction vessel kept at a constant temperature of 480°C. Calculate the total pressure in the reaction vessel after 10.0 minutes have passed.