(n) The following equation shows the decomposition of SO;Cl; with a rate constant, k- 5.09 x 10* s at 320 K: SO.Ch(2) + SO:(g) + Cl(g) O State the order of the reaction. (i) Sketch a graph of the reaction rate versus the concentration of SO;Cl. (iii) At 320 K, 1.0 mol of SO;Cl, is left decompose in a 2.0 L container. (1) Determine the concentration of SO:Cl, after 30 minutes. (b) State two requirements for effective collisions. (c) Explain how the rate of reaction is affected by the following factors: Pressure (ii) Particle size (11)
(n) The following equation shows the decomposition of SO;Cl; with a rate constant, k- 5.09 x 10* s at 320 K: SO.Ch(2) + SO:(g) + Cl(g) O State the order of the reaction. (i) Sketch a graph of the reaction rate versus the concentration of SO;Cl. (iii) At 320 K, 1.0 mol of SO;Cl, is left decompose in a 2.0 L container. (1) Determine the concentration of SO:Cl, after 30 minutes. (b) State two requirements for effective collisions. (c) Explain how the rate of reaction is affected by the following factors: Pressure (ii) Particle size (11)
Chemistry for Engineering Students
4th Edition
ISBN:9781337398909
Author:Lawrence S. Brown, Tom Holme
Publisher:Lawrence S. Brown, Tom Holme
Chapter11: Chemical Kinetics
Section: Chapter Questions
Problem 11.55PAE: The following rate constants were obtained in an experiment in which the decomposition of gaseous...
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Transcribed Image Text:(a) The following equation shows the decomposition of SO;Cl; with a rate constant,
k= 5.09 x 10*s' at 320 K:
SO:Che) → SO:(e) + Che
State the order of the reaction.
(ii)
Sketch a graph of the reaction rate versus the concentration of SO:Cl.
(iii) At 320 K, 1.0 mol of SO:Cl, is left decompose in a 2.0L container.
Determine the concentration of SO:Clh after 30 minutes.
(b)
State two requirements for effective collisions.
(c)
Explain how the rate of reaction is affected by the following factors:
(1)
Pressure
(1)
Particle size
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