MINDTAP Q Se (kJ) NO2 CO 358 226 NO CO2 1. Analyze Reaction Profile: This is group attempt 1 of 5 : Back ylla....docx x bp GE MINDTAP / NO CO2 Reaction Coordinate kJ What is the value of the activation energy for this reaction? Is this reaction exothermic or endothermic? What is the value of AE for this reaction? kJ Submit Ancwor 1. Analyze Reaction Profile: This is group attempt 1 of 5 ore: Back D%) A b Sylla....docx x ip

Organic Chemistry: A Guided Inquiry
2nd Edition
ISBN:9780618974122
Author:Andrei Straumanis
Publisher:Andrei Straumanis
Chapter13: Substitution
Section: Chapter Questions
Problem 43CTQ
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What is the value of the activation energy for this reaction?  _______kJ
Is this reaction exothermic or endothermic? _________
What is the value of E for this reaction?  _________kJ
MINDTAP
Q Se
(kJ)
NO2 CO
358
226
NO CO2
1. Analyze Reaction Profile: This is group attempt 1 of 5
:
Back
ylla....docx
x
bp
Transcribed Image Text:MINDTAP Q Se (kJ) NO2 CO 358 226 NO CO2 1. Analyze Reaction Profile: This is group attempt 1 of 5 : Back ylla....docx x bp
GE MINDTAP
/
NO CO2
Reaction Coordinate
kJ
What is the value of the activation energy for this reaction?
Is this reaction exothermic or endothermic?
What is the value of AE for this reaction?
kJ
Submit Ancwor
1. Analyze Reaction Profile: This is group attempt 1 of 5
ore:
Back
D%)
A
b Sylla....docx
x
ip
Transcribed Image Text:GE MINDTAP / NO CO2 Reaction Coordinate kJ What is the value of the activation energy for this reaction? Is this reaction exothermic or endothermic? What is the value of AE for this reaction? kJ Submit Ancwor 1. Analyze Reaction Profile: This is group attempt 1 of 5 ore: Back D%) A b Sylla....docx x ip
Expert Solution
Step 1

(a)

Activation energy is defined as the minimum energy required by the reacting species in order to undergo chemical reaction. It is the energy difference between the transition state and reactants. Therefore, value of the activation energy for this reaction is 358 kJ.

Step 2

(b)

In the given energy profile graph, energy of product is higher than the energy of reactants. It implies that heat is absorbed during the reaction (ΔH is positive). Therefore, the given reaction is endothermic.

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