The activation energy of an uncatalyzed reaction is Ea^1 = 92 kJ/mol, with a catalyst present it decreases to Ea^2 = 70 kJ/mol. Compute the factor by that the catalyst speeds up the reaction at 306 K:
(If the catalyzed reaction were two times faster, the factor would be 2.)
Please see the attached file.
The activation energy of an uncatalyzed reaction is Ea^1 = 92 kJ/mol, with a catalyst present it decreases to Ea^2 = 70 kJ/mol. ...
It calculates the facot by which the catalyst speeds up the reaction. The solution is detailed and has a '5/5' rating.
Life on Earth - 8 Short Questions.
Life on Earth - Biological Concepts from the Non-Science Major Perspective
Quiz: (1 point each)
1. Describe the difference between and exergonic and endergonic reaction?
2. Why do environmentalists claim that an increase in forests, i.e. rainforests, will slow down the effects of global warming?
3. Explain how fats and proteins may be utilized as fuels in the cells?
4. Describe the function of a catalyst in a biochemical reaction.
5. List 4 factors that influence the rate of photosynthesis.
6. How does the structure of the mitochondria relate to its function?
7. As a biker pumps up a hill to the finish line his leg muscles begin to feel fatigue. Describe the processes at work to make him feel this way.
8. How does aerobic respiration differ from anaerobic metabolism in terms of the reactants and the products?View Full Posting Details