1. The rate of the reaction S20g*(aq) + 31(aq) → 250*(aq) + I3(aq) can be described in terms of • Rate of reaction of S20g or l Rate of formation of SO;²+ l5 How is the rate of reaction of S2Og related to the rate of formation of SO, Aso, 2- At ASO, 2- A) AS20, 2- At B) AS,0, 2- = 2 At 2- At C) AS208 1 ASO, 2- At At Aso, 2- At D) AS,0, 2- At 2- AS20s 2- E) At At F) AS,0, 2- 1 Aso, 2-

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Chapter1: Chemical Foundations
Section: Chapter Questions
Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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ZOOM
+
1. The rate of the reaction S20g2-(aq) + 31(aq) → 2SO42(aq) + 13 (aq) can be described in terms
of
Rate of reaction of S20g2- or l
Rate of formation of SO,2+ 13
How is the rate of reaction of S20g2- related to the rate of formation of SO42-
2-
2-
AS208
A)
ASO4
At
At
2-
2-
ASO4
AS208
B)
= 2
At
At
2-
2-
1 ASO4
C)
AS208
At
2
At
2-
2-
AS208
ASO4
D)
At
Δt
2-
2-
AS208
E)
ASO4
At
At
2-
2-
AS208
F)
1 ASO4
= -
At
2
Δt
For questions 2-4
Shown here is a plot of the concentration of the reactant D vs time.
A
В
Time (s)
2. Is the Concentration of D INCREASING or DECREASING over time?
Is the RATE of Reaction at point A FASTER or SLOWER than the rate of reaction at point B?
(Hint: What is the SLOPE of the line like at point A vs point B)
4. Explain how you arrived at your answer in #3
For Questions 5-7 A rate law is given as Rate = k[A]?[B]
5. What is the order of the reaction with respect to A
6. What is the order of the reaction with respect to B
7. What is the overall order of the reaction?
II
Transcribed Image Text:ZOOM + 1. The rate of the reaction S20g2-(aq) + 31(aq) → 2SO42(aq) + 13 (aq) can be described in terms of Rate of reaction of S20g2- or l Rate of formation of SO,2+ 13 How is the rate of reaction of S20g2- related to the rate of formation of SO42- 2- 2- AS208 A) ASO4 At At 2- 2- ASO4 AS208 B) = 2 At At 2- 2- 1 ASO4 C) AS208 At 2 At 2- 2- AS208 ASO4 D) At Δt 2- 2- AS208 E) ASO4 At At 2- 2- AS208 F) 1 ASO4 = - At 2 Δt For questions 2-4 Shown here is a plot of the concentration of the reactant D vs time. A В Time (s) 2. Is the Concentration of D INCREASING or DECREASING over time? Is the RATE of Reaction at point A FASTER or SLOWER than the rate of reaction at point B? (Hint: What is the SLOPE of the line like at point A vs point B) 4. Explain how you arrived at your answer in #3 For Questions 5-7 A rate law is given as Rate = k[A]?[B] 5. What is the order of the reaction with respect to A 6. What is the order of the reaction with respect to B 7. What is the overall order of the reaction? II
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