A) For reaction 2A(g) → C(g) the following experimental data were obtained Total pressure (mmHg) 200 123,81 111,11 Time (minutes) 0 2 6 A1) Find out the order of the reaction A2) Find out if in this reaction the slow step coincides with stoichiometry 138,46 1 105,9 10 B) For a given reaction, by increasing the temperature from 20°C to 30°C the reaction speed doubles. What is the activation energy of this reaction?
A) For reaction 2A(g) → C(g) the following experimental data were obtained Total pressure (mmHg) 200 123,81 111,11 Time (minutes) 0 2 6 A1) Find out the order of the reaction A2) Find out if in this reaction the slow step coincides with stoichiometry 138,46 1 105,9 10 B) For a given reaction, by increasing the temperature from 20°C to 30°C the reaction speed doubles. What is the activation energy of this reaction?
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Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
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Transcribed Image Text:For reaction 2A(g)
→→→
C(g) the following experimental data were obtained
Total pressure (mmHg)
Time (minutes)
A) Find out the order of the reaction
B) Find out if in this reaction the slow step coincides with stoichiometry
200
0
138,46
1
123,81
2
111,11
6
105,9
10
Transcribed Image Text:A) For reaction 2A(g) → C(g) the following experimental data were obtained
Total pressure (mmHg)
200
Time (minutes)
0
Al) Find out the order of the reaction
A2) Find out if in this reaction the slow step coincides with stoichiometry
138,46
1
123,81
2
111,11
6
105,9
10
B) For a given reaction, by increasing the temperature from 20°C to 30°C the reaction speed
doubles. What is the activation energy of this reaction?
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