UNCW Bio201 Exam 2 (2026) UPDATE Verified
Questions And Answers | With 100% Correct
Answers graded A+ Guaranteed Success!!
Save
Terms in this set (106)
3 high energy molecules ATP, NADH, FADH2
Energy produced scorecard Glycolysis - 2ATP/2NADH /0FADH2
Krebs 1 - 0ATP/2NADH /0 FADH2
Krebs 2 - 2ATP /6NADH /2FADH2
Electron transport chain Converted to ATP for a
total of 38 ATP per glucose
Energy produced scorecard Glycolysis - 2ATP/2NADH /0FADH2
Krebs 1 - 0ATP/2NADH /0 FADH2
Krebs 2 - 2ATP /6NADH /2FADH2
Electron transport chain Converted to ATP for a
total of 38 ATP per glucose
How many ATPS are produced in 36 ATPs
the mitochondria in cellular
respiration
,7Qs of glycolysis Glycolysis
1. What organic molecule goes into the box?
glucose
2. What intermediate (product that becomes a
reactant) comes out of the box? 2 pyruvate
3. Count carbons - in and out? In- 6 carbon
glucose / out - 2 3-carbon pyruvates
4. Are any CO2s produced? No
5. Does the reaction sequence require oxygen?
No it is anaerobic
6. How much energy is trapped and in what
form? 2 NADH, 2ATP
7. Where in the cell does the reaction take place?
Cytosol
7 Qs of Krebs 1/ pyruvate oxidation Krebs 1 (pyruvate oxidation)
1. What organic molecule goes into the box? 2
pyruvates
2. What intermediate (product that becomes a
reactant) comes out of the box? 2 acetyl CoA (2
carbons attached to coenzyme A)
3. Count carbons - in and out? In - 2 3-carbon
pyruvates / out - 2 2-carbon acetyl CoAs
4. Are any CO2s produced? Yes, loss of 2CO2s
5. Does the reaction sequence require oxygen?
Yes, it is aerobic
6. How much energy is trapped and in what
form? 2NADH
7. Where in the cell does the reaction take place?
Mitochondrial Matrix
, 7 Qs of Krebs 2/citric acid cycle Krebs 2 (citric acid cycle)
1. What organic molecule goes into the box? 2
Acetyl CoA's
2. What intermediate (product that becomes a
reactant) comes out of the box? ATP, NADH,
FADH2
3. Count carbons - in and out? In - 2 2-carbon
acetyl CoA's / Out - 4 CO2s
4. Are any CO2s produced? Yes, 4CO2s by the
end
5. Does the reaction sequence require oxygen?
Yes, it is aerobic
6. How much energy is trapped and in what
form? 2 ATP, 2 FADH2s, 6 NADHs
7. Where in the cell does the reaction take place?
Mitochondrial Matrix
7 Qs of Electron transport chain 1. What organic molecule goes into the box? 8
(oxidative phosphorlyation) NADH and 2 FADH2s
2. What intermediate (product that becomes a
reactant) comes out of the box? Water and ATP
3. Count carbons - in and out? None in or out
4. Are any CO2s produced? No
5. Does the reaction sequence require oxygen?
Yes, aerobic
6. How much energy is trapped and in what
form? 34 ATPs
7. Where in the cell does the reaction take place?
Mitochondria
How many ATPs are produced from 38 ATPs
breakdown of a single glucose
(total, hypothetical)?
How many ATPs are produced 34 ATPS
directly in Electron Transport?
Questions And Answers | With 100% Correct
Answers graded A+ Guaranteed Success!!
Save
Terms in this set (106)
3 high energy molecules ATP, NADH, FADH2
Energy produced scorecard Glycolysis - 2ATP/2NADH /0FADH2
Krebs 1 - 0ATP/2NADH /0 FADH2
Krebs 2 - 2ATP /6NADH /2FADH2
Electron transport chain Converted to ATP for a
total of 38 ATP per glucose
Energy produced scorecard Glycolysis - 2ATP/2NADH /0FADH2
Krebs 1 - 0ATP/2NADH /0 FADH2
Krebs 2 - 2ATP /6NADH /2FADH2
Electron transport chain Converted to ATP for a
total of 38 ATP per glucose
How many ATPS are produced in 36 ATPs
the mitochondria in cellular
respiration
,7Qs of glycolysis Glycolysis
1. What organic molecule goes into the box?
glucose
2. What intermediate (product that becomes a
reactant) comes out of the box? 2 pyruvate
3. Count carbons - in and out? In- 6 carbon
glucose / out - 2 3-carbon pyruvates
4. Are any CO2s produced? No
5. Does the reaction sequence require oxygen?
No it is anaerobic
6. How much energy is trapped and in what
form? 2 NADH, 2ATP
7. Where in the cell does the reaction take place?
Cytosol
7 Qs of Krebs 1/ pyruvate oxidation Krebs 1 (pyruvate oxidation)
1. What organic molecule goes into the box? 2
pyruvates
2. What intermediate (product that becomes a
reactant) comes out of the box? 2 acetyl CoA (2
carbons attached to coenzyme A)
3. Count carbons - in and out? In - 2 3-carbon
pyruvates / out - 2 2-carbon acetyl CoAs
4. Are any CO2s produced? Yes, loss of 2CO2s
5. Does the reaction sequence require oxygen?
Yes, it is aerobic
6. How much energy is trapped and in what
form? 2NADH
7. Where in the cell does the reaction take place?
Mitochondrial Matrix
, 7 Qs of Krebs 2/citric acid cycle Krebs 2 (citric acid cycle)
1. What organic molecule goes into the box? 2
Acetyl CoA's
2. What intermediate (product that becomes a
reactant) comes out of the box? ATP, NADH,
FADH2
3. Count carbons - in and out? In - 2 2-carbon
acetyl CoA's / Out - 4 CO2s
4. Are any CO2s produced? Yes, 4CO2s by the
end
5. Does the reaction sequence require oxygen?
Yes, it is aerobic
6. How much energy is trapped and in what
form? 2 ATP, 2 FADH2s, 6 NADHs
7. Where in the cell does the reaction take place?
Mitochondrial Matrix
7 Qs of Electron transport chain 1. What organic molecule goes into the box? 8
(oxidative phosphorlyation) NADH and 2 FADH2s
2. What intermediate (product that becomes a
reactant) comes out of the box? Water and ATP
3. Count carbons - in and out? None in or out
4. Are any CO2s produced? No
5. Does the reaction sequence require oxygen?
Yes, aerobic
6. How much energy is trapped and in what
form? 34 ATPs
7. Where in the cell does the reaction take place?
Mitochondria
How many ATPs are produced from 38 ATPs
breakdown of a single glucose
(total, hypothetical)?
How many ATPs are produced 34 ATPS
directly in Electron Transport?
