Homework Answers
5) 1st (Oxaloacetate) and 2nd (citic acid) image will formed in CAC
3rd(pyruvate) and 4th(3phosphoglyceraldehyde) image formed in glycolysis
6) presence of carboxylic group ,three carboxylic group is characteristic feature of 1st product formed in citric acid cycle called tricarboxylic cycle TCA cycle based on this product this cycle also called TCA cycle.
Hope it's clear..thankd
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5) (a) Consider the molecules below. Write "glycolysis" under the one(s) that are produced during glycolysis....
How many molecules of FADH_2 are produced by the complete catabolism of one molecule of glucose?...
How many molecules of FADH_2 are produced by the complete catabolism of one molecule of glucose? 1 2 4 8 16 The majority of ATP produced during the catabolism of glucose is formed during? oxidative phosphorylation glycolysis the citric acid cycle lipogenesis acetly-CoA formation
Match the number with the letter. 1 Oxaloacetate ÇOO H-SCOA C00 Citrate C=0 CH2 HO-C-C00 16...
Match the number with the letter.
1 Oxaloacetate ÇOO H-SCOA C00 Citrate C=0 CH2 HO-C-C00 16 CHOICES: A. acetyl S-COA B. ADP C. ATP D. CO2 E. FAD F. FADH2 G. H20 H. NAD+ 1. NADH/Ht 1.02 K. H-SCOA 8 CH2 COO 14 13 CH2 COO BONUS 2.00 COO CH HC COO COO Isocitrate Malate HO-CH HO-CH CH2 COO 3 Citric acid cycle COO 7 2 3 15 4 СОЮ BONUS 6 COO 5 CH 11 HC Fumarate 7 &...
PRE-KREBS/TRANSITION PHASE: In the absence of oxygen the luyunde molecules from glycolysis are converted to lactic...
PRE-KREBS/TRANSITION PHASE: In the absence of oxygen the luyunde molecules from glycolysis are converted to lactic acid. If oxygen is present, they are instead converted into 2 molecules of _which then enter the mitochondria to undergo anaerob metabolism. During this transition phase, no ATP is produced but are released. and Mitochoadrial CITRIC ACID CYCLE: The citric acid cycle occurs in the matrix Both of the molecules of Adel produced after glycolysis run through the citric acid cycle reactions. At the...
Question 15 of 25 > Attempt 5 The pyruvic acid from glycolysis can be converted to...
Question 15 of 25 > Attempt 5 The pyruvic acid from glycolysis can be converted to acetic acid, which can enter the citric acid cycle. Because this process is a cycle, the atoms entering the cycle must balance the atoms that leave. Consider carbon balance in the citric acid cycle. How many Co, molecules leave the cycle for each acetic acid molecule that enters? For this question, assume that carbon only enters as acetic acid and exits as CO2. Note...
1. What are the products of one turn of the citric acid cycle (do not consider oxidative phosphor...
1. What are the products of one turn of the citric acid cycle (do not consider oxidative phosphorylation during electron transport? 2. In step 3 of the citric acid cycle, isocitrate is converted into a-ketoglutarate. What is/are other product(s) of this reaction? 3. NADH is produced during glycolysis in the cytosol. How does it enter the mitochondria for further oxidation? 4. What is the total number of ATP molecules produced from the myristic acid CH3(CH12)COOH found in coconut oil? 5....
How many CO2 molecules are produced during glycolysis, acetyl-CoA transformation reactions, and the Krebs cycle per...
How many CO2 molecules are produced during glycolysis, acetyl-CoA transformation reactions, and the Krebs cycle per molecule of glucose? Why is this number significant? Where does the CO2 go?
1. When ONE molecule of glucose is totally oxidized to CO2 and H2O, how many net...
1. When ONE molecule of glucose is totally oxidized to CO2 and H2O, how many net ATP molecules (or GTP equivalents) are made by oxidative phosphorylation, relative to the maximum yield?A. 30 out of 30 B. 12 out of 24 C. 26 out of 30 D. 4 out of 24 E. 4 out of 30 would the answer be E or C 2. The SEQUENCE OF THREE REACTIONS ( oxidation, hydration, and oxidation) occurs in which one(s)of the following pathways?...
8,9,10 please 6. Consider the glycolysis of a single glucose molecule. a. How many ATP molecules...
8,9,10 please
6. Consider the glycolysis of a single glucose molecule. a. How many ATP molecules are used up during the first 3 reactions? b. How many ATP molecules are produced by the last 4 reactions? c. What is the net ATP balance for glycolysis? 7. Is 02 a reactant in any of the reactions of glycolysis? 8. During glycolysis, there is an oxidation reaction that is necessary in order for any ATP to be produced. Name the oxidizing agent...
ܝ Ouloacetate COO H-SCOA Citrate 600 T CO CHE CH CHOICES: A acetyl S-COA B. ADP...
ܝ Ouloacetate COO H-SCOA Citrate 600 T CO CHE CH CHOICES: A acetyl S-COA B. ADP C. ATP D. CO2 E. FAD F. FADH2 G.H20 H. NAD I. NADH/H J. O2 K. H-SCOA 16 BONUS COO 14 13 8 HO-C-COO CH? 21.00 COO CH -Coo Isocrate COO Malate HO-CH HO HT CH COO СОО Citric acid cycle 2 3 4 17 15 COO BONUS 6 COO CH 5 Pumatate 7 & 8 CH e-Ketoglutarale HC 12 CH, coo? C=0 11...
Assume a cell has just completed glycolysis and the resulting pyruvate has a c-14 radio label...
Assume a cell has just completed glycolysis and the resulting
pyruvate has a c-14 radio label on carbon -1. Highlight the carbon
on the attached pages as it passes through the PDH complex and the
TCA cycle until it is lost as CO2. If only a portion of the carbons
are lost stop highlighting when the CO2 first starts to come off.
ONLY ONE TIME THRU THE CYCLE ON EACH PAGE
2. Repeat question 1 but now assume the radio...
How many molecules of FADH_2 are produced by the complete catabolism of one molecule of glucose? 1 2 4 8 16 The majority of ATP produced during the catabolism of glucose is formed during? oxidative phosphorylation glycolysis the citric acid cycle lipogenesis acetly-CoA formation
Match the number with the letter.
1 Oxaloacetate ÇOO H-SCOA C00 Citrate C=0 CH2 HO-C-C00 16 CHOICES: A. acetyl S-COA B. ADP C. ATP D. CO2 E. FAD F. FADH2 G. H20 H. NAD+ 1. NADH/Ht 1.02 K. H-SCOA 8 CH2 COO 14 13 CH2 COO BONUS 2.00 COO CH HC COO COO Isocitrate Malate HO-CH HO-CH CH2 COO 3 Citric acid cycle COO 7 2 3 15 4 СОЮ BONUS 6 COO 5 CH 11 HC Fumarate 7 &...
PRE-KREBS/TRANSITION PHASE: In the absence of oxygen the luyunde molecules from glycolysis are converted to lactic acid. If oxygen is present, they are instead converted into 2 molecules of _which then enter the mitochondria to undergo anaerob metabolism. During this transition phase, no ATP is produced but are released. and Mitochoadrial CITRIC ACID CYCLE: The citric acid cycle occurs in the matrix Both of the molecules of Adel produced after glycolysis run through the citric acid cycle reactions. At the...
Question 15 of 25 > Attempt 5 The pyruvic acid from glycolysis can be converted to acetic acid, which can enter the citric acid cycle. Because this process is a cycle, the atoms entering the cycle must balance the atoms that leave. Consider carbon balance in the citric acid cycle. How many Co, molecules leave the cycle for each acetic acid molecule that enters? For this question, assume that carbon only enters as acetic acid and exits as CO2. Note...
8,9,10 please
6. Consider the glycolysis of a single glucose molecule. a. How many ATP molecules are used up during the first 3 reactions? b. How many ATP molecules are produced by the last 4 reactions? c. What is the net ATP balance for glycolysis? 7. Is 02 a reactant in any of the reactions of glycolysis? 8. During glycolysis, there is an oxidation reaction that is necessary in order for any ATP to be produced. Name the oxidizing agent...
ܝ Ouloacetate COO H-SCOA Citrate 600 T CO CHE CH CHOICES: A acetyl S-COA B. ADP C. ATP D. CO2 E. FAD F. FADH2 G.H20 H. NAD I. NADH/H J. O2 K. H-SCOA 16 BONUS COO 14 13 8 HO-C-COO CH? 21.00 COO CH -Coo Isocrate COO Malate HO-CH HO HT CH COO СОО Citric acid cycle 2 3 4 17 15 COO BONUS 6 COO CH 5 Pumatate 7 & 8 CH e-Ketoglutarale HC 12 CH, coo? C=0 11...
Assume a cell has just completed glycolysis and the resulting
pyruvate has a c-14 radio label on carbon -1. Highlight the carbon
on the attached pages as it passes through the PDH complex and the
TCA cycle until it is lost as CO2. If only a portion of the carbons
are lost stop highlighting when the CO2 first starts to come off.
ONLY ONE TIME THRU THE CYCLE ON EACH PAGE
2. Repeat question 1 but now assume the radio...
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