What stage of catabolism yields little ATP? I believe the answer is 2, please verify &...
Homework Answers
Answer:
Pyruvate processing or pyruvate oxidation
Explanation:
During aerobic cellular respiration, pyruvate processing yields little ATP.
Glycolysis = 8 ATP (net yield)
Pyruvate processing = 6 ATP
Citric acid cycle = 24 ATP
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What stage of catabolism yields little ATP?
I believe the answer is 2, please verify &...
What stage of catabolism yields no ATP? Answer is just a single number... A/ Quote) While...
What stage of catabolism yields no ATP? Answer is just a single number... A/ Quote) While of the following are properties of the amino acid proline (PY? This amino acid is triprotic. This amino acid is polar. This amino acid contains a side chain that can hydrogen bond. This amino acid is diprotic. This amino acid is non-polar. This amino acid is considered acidic. This amino acid has a charge of +1 at pH = 7 This amino acid has...
If the aerobic catabolism of 1 mol of glucose yields 38 mol of ATP, and the...
If the aerobic catabolism of 1 mol of glucose yields 38 mol of ATP, and the energy released by aerobic ATP hydrolysis to ADP is –46 kJ/mol, how much energy is available from 1 mol of glucose via aerobic catabolism? (Explain Please)
please help! 1.Explain the ADP-ATP cycle and its relationship with catabolism and anabolism. And determine what...
please help! 1.Explain the ADP-ATP cycle and its relationship with catabolism and anabolism. And determine what is source of energy for adding phosphate group to ADP? 2. Determine whether the following involves catabolic or anabolic reactions ( you will have to do some research to figure out what these processes are): i. Glycolysis ii. Kreb cycle iii. Replication of DNA iv. Conversion of glucose to glycogen v. Glucose produced in photosynthesis vi. ATP hydrolysis to ADP and Pi vii. Production...
What determines the maximum theoretical yield of ATP during glucose catabolism? O A. How the NADH...
What determines the maximum theoretical yield of ATP during glucose catabolism? O A. How the NADH made during glycolysis enter the mitochondria B. How the FADH2 made during glycolysis enter the mitochondria O C. NADH oxidizing at complex I or complex II OD. FADH2 oxidizing at complex I or complex II Reset Selection
What is the net yield of ATP (or equivalents) that can be expected from this? Please...
What is the net yield of ATP (or equivalents) that can be
expected from this?
Please provided correct, detailed, and legible answer for
positive feedback. Thank you!
Question 2 1 pts Assume that one molecule of phosphoenolpyruvate (PEP) is catabolized under aerobic conditions. What is the net yield of ATP (or equivalents) that can be expected from this? Assume that re-oxidation of NADH via the electron transport chain yields the equivalent of 2.5 ATP, and that re-oxidation of FADH2 yields...
The process of fermentation plus glycolysis only yields a relatively small sum of 2 ATP molecules....
The process of fermentation plus glycolysis only yields a relatively small sum of 2 ATP molecules. Both ATP molecules are generated during glycolysis, which is the first of the two steps. Explain why microbial cells need to continue with fermentation if the process yields no additional energy molecules.
3. The process of fermentation plus glycolysis only yields a relatively small sum of 2 ATP...
3. The process of fermentation plus glycolysis only yields a relatively small sum of 2 ATP molecules. Both ATP molecules are generated during glycolysis, which is the first of the two steps. Explain why microbial cells need to continue with fermentation if the process yields no additional energy molecules.
The common molecule produced from all foods at the second stage of catabolism is A) ADP. B acetyl...
just checking my answers, except for number 10.
The common molecule produced from all foods at the second stage of catabolism is A) ADP. B acetyl-CoA. C) glucose. D) citric acid. Which group of compounds includes only low-energy molecules? 1. 2. Hih A)ATP; acetyl-CoA; NADH; FADH2 C) ADP: CO2; NADH; FADH2 DONO BADP: acetyl-CoA; NAD+:FAD-mau ADP: CO2: NAD+, FAD After O2 has been reduced in the electron transport chain, the oxygen atoms are part of what molecules? A) ATP 3....
This is a biochemistry question, please take the time to answer both questions and I will...
This is a biochemistry question, please take the time to answer
both questions and I will like as soon as the answer is posted.
Thanks in advance!
QUESTION 9 Glycolysis is divided into two stages. Identify which of the following characteristics pertain to stage 1 or stage 2 of glycolysis. A. stage 1 - ATP is utilized B. stage 2 - ATP is synthesized - Six-carbon compounds are involved Only three-carbon compounds are involved - - NADH is produced QUESTION...
Q1: What are catabolism and anabolism (4 marks)? Q2: Under aerobic respiration, a molecule glucose is...
Q1: What are catabolism and anabolism (4 marks)? Q2: Under aerobic respiration, a molecule glucose is oxidized to generate 36 ATPs in eukaryote cell while 38 ATPs in prokaryote cell. Explain how this difference occurred (6 marks). Q3: Why aerobic respiration could produce more energy (ATP molecules) than anaerobic respiration and fermentation? By using glucose as the substrate, illustrate how ATP molecules are being produced in each case (15 marks). Q4: "Most microbes use carbohydrate (glucose) as the energy sources...
What stage of catabolism yields no ATP? Answer is just a single number... A/ Quote) While of the following are properties of the amino acid proline (PY? This amino acid is triprotic. This amino acid is polar. This amino acid contains a side chain that can hydrogen bond. This amino acid is diprotic. This amino acid is non-polar. This amino acid is considered acidic. This amino acid has a charge of +1 at pH = 7 This amino acid has...
What determines the maximum theoretical yield of ATP during glucose catabolism? O A. How the NADH made during glycolysis enter the mitochondria B. How the FADH2 made during glycolysis enter the mitochondria O C. NADH oxidizing at complex I or complex II OD. FADH2 oxidizing at complex I or complex II Reset Selection
What is the net yield of ATP (or equivalents) that can be
expected from this?
Please provided correct, detailed, and legible answer for
positive feedback. Thank you!
Question 2 1 pts Assume that one molecule of phosphoenolpyruvate (PEP) is catabolized under aerobic conditions. What is the net yield of ATP (or equivalents) that can be expected from this? Assume that re-oxidation of NADH via the electron transport chain yields the equivalent of 2.5 ATP, and that re-oxidation of FADH2 yields...
The process of fermentation plus glycolysis only yields a relatively small sum of 2 ATP molecules. Both ATP molecules are generated during glycolysis, which is the first of the two steps. Explain why microbial cells need to continue with fermentation if the process yields no additional energy molecules.
3. The process of fermentation plus glycolysis only yields a relatively small sum of 2 ATP molecules. Both ATP molecules are generated during glycolysis, which is the first of the two steps. Explain why microbial cells need to continue with fermentation if the process yields no additional energy molecules.
just checking my answers, except for number 10.
The common molecule produced from all foods at the second stage of catabolism is A) ADP. B acetyl-CoA. C) glucose. D) citric acid. Which group of compounds includes only low-energy molecules? 1. 2. Hih A)ATP; acetyl-CoA; NADH; FADH2 C) ADP: CO2; NADH; FADH2 DONO BADP: acetyl-CoA; NAD+:FAD-mau ADP: CO2: NAD+, FAD After O2 has been reduced in the electron transport chain, the oxygen atoms are part of what molecules? A) ATP 3....
This is a biochemistry question, please take the time to answer
both questions and I will like as soon as the answer is posted.
Thanks in advance!
QUESTION 9 Glycolysis is divided into two stages. Identify which of the following characteristics pertain to stage 1 or stage 2 of glycolysis. A. stage 1 - ATP is utilized B. stage 2 - ATP is synthesized - Six-carbon compounds are involved Only three-carbon compounds are involved - - NADH is produced QUESTION...
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