Plant Physiology - Respiration Questions

The energy gathered from the moving electrons in the electron transport chain is used to move hydrogen atoms from the________ of the membrane to the____________of an individual___________

Biology

Plant Physiology - Respiration Solutions

The energy gathered from the moving electrons in the electron transport chain is used to move hydrogen atoms from the________ of the membrane to the____________of an individual___________

Photosynthesis, like cellular respiration, uses ATP synthase. a) True b) False

Biology

Plant Physiology - Respiration Solutions

Photosynthesis, like cellular respiration, uses ATP synthase. a) True b) False

Why is glycolysis considered an anaerobic process? O Glycolysis requires oxygen in secondary steps. O Glycolysisdoes not require oxygen in secondary steps. The whole process of cellular respiration does though. O Glycolysisrequires oxygen in primary

Biology

Plant Physiology - Respiration Solutions

Why is glycolysis considered an anaerobic process? O Glycolysis requires oxygen in secondary steps. O Glycolysisdoes not require oxygen in secondary steps. The whole process of cellular respiration does though. O Glycolysisrequires oxygen in primary steps, it's not anaeobic. O Glycolysis itself doesn't require oxygen at all. Other steps in cellular respiration does though.

Glycolysis occurrs in the mitochondria. A. True B. False

Biology

Plant Physiology - Respiration Solutions

Glycolysis occurrs in the mitochondria. A. True B. False

Chemiosmosis is used to generate ____ percent of the ATP made during ____ glucose catabolism.

Biology

Plant Physiology - Respiration Solutions

Chemiosmosis is used to generate ____ percent of the ATP made during ____ glucose catabolism.

Glycolysis begins with -----and produces ----- pyruvate molecules,------new ATP molecules, and charges two molecules of ------ for later use O Two O Four O NADH O Glucose

Biology

Plant Physiology - Respiration Solutions

Glycolysis begins with -----and produces ----- pyruvate molecules,------new ATP molecules, and charges two molecules of ------ for later use O Two O Four O NADH O Glucose

What ultimately happens to the carbons that start the citric acid cycle? A. They become part of water. B. They become part of ATP. C. They become part of carbon dioxide. D. They become part of the electron carriers.

Biology

Plant Physiology - Respiration Solutions

What ultimately happens to the carbons that start the citric acid cycle? A. They become part of water. B. They become part of ATP. C. They become part of carbon dioxide. D. They become part of the electron carriers.

Metabolism: The citric acid cycle is frequently described as the major pathway of aerobic catabolism. However, none of the reactions of the cycle directly involves oxygen as a reactant. Why is the pathway considered oxygen-dependent? Electrons from oxygen

Biology

Plant Physiology - Respiration Solutions

Metabolism: The citric acid cycle is frequently described as the major pathway of aerobic catabolism. However, none of the reactions of the cycle directly involves oxygen as a reactant. Why is the pathway considered oxygen-dependent? Electrons from oxygen are used to reduce NAD+/FADH2, O Glycolysis requires oxygen, and TCA follows glycolysis. O Oxygen is used to reduce pyruvate in PDH. O TCA is followed by ETC, which requires 02.

Metabolism: What is the net total of ATPs and NADHs produced from glycolysis starting from glucose and ending with two pyruvate molecules? 4ATP: 2 NADH 2 ATP: 2 NADH O 2 ATP: 4 NADH 0 2 ATP: 2 NAD+ O 4 ATP: 2 GTP: 2 NADH

Biology

Plant Physiology - Respiration Solutions

Metabolism: What is the net total of ATPs and NADHs produced from glycolysis starting from glucose and ending with two pyruvate molecules? 4ATP: 2 NADH 2 ATP: 2 NADH O 2 ATP: 4 NADH 0 2 ATP: 2 NAD+ O 4 ATP: 2 GTP: 2 NADH

QUESTION 18 As part of the electron transport chain (oxidative phosphorylation), protons (H") are pumped to maintain a concentration gradient. Where are they pumped into? O A. Cytoplasm O B. Inter membrane space C. Nucleus O D.Lysosome O E. Mitochondrial m

Biology

Plant Physiology - Respiration Solutions

QUESTION 18 As part of the electron transport chain (oxidative phosphorylation), protons (H") are pumped to maintain a concentration gradient. Where are they pumped into? O A. Cytoplasm O B. Inter membrane space C. Nucleus O D.Lysosome O E. Mitochondrial matrix

Question 20 1 pts Time Ru For each molecule of hexose that goes through aerobic respiration, how many carbon dioxide molecules are released? Attempt de 2 Hours, 4 O SS Next → hon < Previous Submit Oui Not saved

Biology

Plant Physiology - Respiration Solutions

Question 20 1 pts Time Ru For each molecule of hexose that goes through aerobic respiration, how many carbon dioxide molecules are released? Attempt de 2 Hours, 4 O SS Next → hon < Previous Submit Oui Not saved

Which statement should be categorized only in the aerobic section of the Venn diagram? a) occurs in the cytoplasm b) produces water c) requires no oxygen d) is performed by yeast

Biology

Plant Physiology - Respiration Solutions

Which statement should be categorized only in the aerobic section of the Venn diagram? a) occurs in the cytoplasm b) produces water c) requires no oxygen d) is performed by yeast

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