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10 questions
In a prokaryotic cell how many ATP molecules will result from the cellular respiration of 3 glucose molecules.
110 ATP molecules
114 ATP molecules
100 ATP molecules
90 ATP molecules
In Glycolysis, how many molecules of NADH would be produced from 10 molecules of glucose?
30 NADH molecules
10 NADH molecules
20 NADH molecules
0 NADH molecules
In Glycolysis, how many molecules of H20 would produce from 45 molecules of glucose?
190 molecules H2O
20 molecules H2O
45 molecules H2O
90 molecules H2O
In the Kreb cycle, 4 molecules of ATP exit the cycle. How many molecules of CO2 are produced?
210 molecules CO2
8 molecules CO2
10 molecules CO2
15 molecules CO2
Use the chart to show the products of the Krebs cycle for 15 molecules of aceytl CoA that enter the cycle for the CO2 , ATP, FADH2 (Check all that apply to the correct answer for each molecule.
30 molecules CO2
40 molecules CO2
15 ATP molecules
20 ATP molecules
15 FADH2 molecules
In the Eukaryotic cell what are the products of 100 glucose molecules, from the process of cellular respiration for H2O, ATP, NAD? (Check all that apply).
200 molecules H2O
3600 ATP molecules
1200 ATP molecules
200 molecules NAD
What is another name for the Kreb cycle?
Circle Cycle
Citric Acid Cycle
Biochemical Cycle
Mineral Cycle
ATP is defined as____ Check all that apply.
The energy-rich source found in mitochondria and the nucleus
Energy fuel used in the cellular process
Split molecules
none of the above
What are the two types of cells?
Prokaryotic and Eukaryotic
Eukaryotic and Human
Prokaryotic and Human
All of these
One-singled cell
multicellular
unicellular
both a and b
none of these
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