Which of these processes occurs in the cytosol?a. The citric acid cycleb. Glycolysis c. The electron transport system d. The preparatory reaction

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The preparatory reaction breaksa. Glucose into pyruvatesb. Pyruvates right into glucosec. Pyruvates into acetyl-CoA and also carbon dioxide.d. Pyruvates right into acetyl-CoA and watere. Acetyl CoA into pyruvates and also carbon dioxide
Which process produces both NADH and FADH2?a. The citric mountain cycle b. Glycosis c. The electron move systemd. Fermentatione. The preparatory reaction
Which process reduces molecule oxygen come water? a. The citric acid cycle b. Glycolysis c. The electron transport mechanism d. Fermentatione. The preparatory reaction
The majority of the carbon dioxide us exhale is produced in a. Glycolysis b. The electron transport mechanism c. Lactate fermentation d. The citric acid cycle
The correct sequence because that aerobic metabolic break down of glucose isa. Glycolysis-preparatory reaction-citric mountain cycle-electron move systemb. Preparatory reaction-glycolysis-electron transport-citric mountain cyclec. Electron transport system-citric mountain cycle-preparatory reaction-glycolysisd. No one of these room correct
During the preparatory reaction that aerobic respiration what happens to the carbon molecules?a. The carbon molecules are broken down from a 3-carbon come a 2-carbon acetyl group and also a 1-carbon CO2 is releasedb. The carbon molecule are broken down from a 4-carbon come a 3-carbon acetyl group and also a 2-carbon is released.c. The carbon molecules room converted fromd. The carbon molecule are damaged down native a 3-carbon come 1-carbon
a. The carbon molecules are damaged down indigenous a 3-carbon come a 2-carbon acetyl group and also a 1-carbon CO2 is released
Which explain is correct around the input and output that carbon during glycolysis? a. There is an input of 6 carbons (glucose) and output of 6 carbons(2 pyruvates)b. Over there is an entry of 6 carbons (2 pyruvates) and also output of 6 carbons (1 glucose)c. There is an input of 6 carbons (glucose) and an calculation of 6 carbons (6CO2)d. There is an entry of 3 carbons (glucose) and also an output of 3 carbons (pyruvate)
If 7.3 Kcal are forced to created ATP from ADP+P, and the complete failure of glucose CO2 and also h20 represents a feasible energy 686 kcal per molecule, how reliable is glycolysis?a. 0.21%b.0.213%c.2.13%d.21%
During glycolysis, glucose is a. Created from 2 molecules that pyruvic acidb. Converted right into two molecules of ATP c. Partially damaged down and also some the its stored power is releasedd. Partially broken down and also some of its stored energy is increased
When cells breakdown food molecules, energya. Is released every at onceb. Is released entirely as body heat into the atmosphere c. Is temporarily save in ATP moleculesd. Reasons excitation of electrons in chlrophyll molecules
When glycolysis occursa. A molecule the glucose is splitb. 2 molecules the pyruvate room madec. Part ATP is producedd. Every one of the above
When muscles are exercised broadly in the lack of enough oxygena. A big amount the ATP is formedb. NADH molecule splitc. Lactic acid is producedd. Oxidative respiration ceases
Acetyl-coenxyme A a. Is formed from the breakdown of pyruvateb. Beginning the Krebs cyclec. Have the right to be provided in fat synthesisd. Every one of the above
glycolysis and also oxidative respiration are various in that a. Glycolysis occurs on the cell membrane, if oxidative respiration wake up in mitochondriab. Glycolysis occurs in photosynthesis, when oxidative respiration is part of moving respirationc. Glycolysis wake up in the lack of oxygen, when oxidative respiration requires oxygend. Both of these terms are different names for the exact same processes
With oxygen present, the krebs cycle and also the electron transport chaina. Carry out organisms an alternative to glycolysisb. Develop most that the ATP necessary for lifec. Break down glucose to produce carbon dioxide, water, and ATP d. All the above
The krebs bicycle (citric mountain cycle) a. Breaks down a two-carbon molecule right into two molecules of co2 b. Produces a 6-carbon molecule the co2c. Produces NAD+ and H+d. Generates most of the ATP created in aerobic exercise
The krebs cycle : CO2 :: a. Glycolysis : glucosb. Acetyl-coA formation : O2c. To move respiration : O2d. Electron move : ATP
After proton pumps in mitochondria have depleted electron of their energy during ATP production, a. The electrons carried as component of hydrogen atoms are used in the development of waterb. The electrons brought as component of hydrogen atoms are provided in the development of ethyl alcoholc. The electrons develop up inside the mitochondria and diffuse back to a optical membrane d. No one of the above

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C6 H12 O2+ADP+P ->6CO2+6H20+MOLECULE AThe procedure shown in the equation above begins in the cytoplasm of a cell and also ends in the a. Cytoplasmb. Mitochondriac. Absorbent reticulumd. Lyosome