Question 1

All of the following molecules are directly involved in the electron transport chain except

Accepted Answer

A) coenzyme Q. 
B) ADP. 
C) cytochrome c. 
D) acetyl-SCoA. 
E) H2O. 
A) coenzyme Q. 
B) ADP. 
C) cytochrome c. 
D) acetyl-SCoA. 
E) H2O.

Question 2

List and discuss the reasons that ATP is so useful as a biochemical energy transport molecule.

Accepted Answer

a.The text is not real explicit on this,

Question 3

Match the following.
-acetyl-SCoA

Accepted Answer

A) the stage of catabolism in which complex food molecules are broken down into simpler substances for transport and/or further reaction 
B) metabolic processes that consume energy in order to build molecules 
C) the universal energy currency of the cell; a molecule used to transfer energy 
D) the molecule produced from digestion products in the second stage of catabolism 
E) metabolic processes that break down large molecules,thereby releasing energy
F)the stage of catabolism in which acetyle-SCoA is oxidized to produce ATP,reduced coenzymes,and CO2
G)a molecule that can be phosphorylated as a means of temporarily storing energy
H)the stage of catabolism in which the energy stored in reduced coenzymes is converted to ATP 
A) the stage of catabolism in which complex food molecules are broken down into simpler substances for transport and/or further reaction 
B) metabolic processes that consume energy in order to build molecules 
C) the universal energy currency of the cell; a molecule used to transfer energy 
D) the molecule produced from digestion products in the second stage of catabolism 
E) metabolic processes that break down large molecules,thereby releasing energy
F)the stage of catabolism in which acetyle-SCoA is oxidized to produce ATP,reduced coenzymes,and CO2
G)a molecule that can be phosphorylated as a means of temporarily storing energy
H)the stage of catabolism in which the energy stored in reduced coenzymes is converted to ATP

Question 4

Match the following.
-electron transport chain

Accepted Answer

A) the stage of catabolism in which complex food molecules are broken down into simpler substances for transport and/or further reaction 
B) metabolic processes that consume energy in order to build molecules 
C) the universal energy currency of the cell; a molecule used to transfer energy 
D) the molecule produced from digestion products in the second stage of catabolism 
E) metabolic processes that break down large molecules,thereby releasing energy
F)the stage of catabolism in which acetyle-SCoA is oxidized to produce ATP,reduced coenzymes,and CO2
G)a molecule that can be phosphorylated as a means of temporarily storing energy
H)the stage of catabolism in which the energy stored in reduced coenzymes is converted to ATP 
A) the stage of catabolism in which complex food molecules are broken down into simpler substances for transport and/or further reaction 
B) metabolic processes that consume energy in order to build molecules 
C) the universal energy currency of the cell; a molecule used to transfer energy 
D) the molecule produced from digestion products in the second stage of catabolism 
E) metabolic processes that break down large molecules,thereby releasing energy
F)the stage of catabolism in which acetyle-SCoA is oxidized to produce ATP,reduced coenzymes,and CO2
G)a molecule that can be phosphorylated as a means of temporarily storing energy
H)the stage of catabolism in which the energy stored in reduced coenzymes is converted to ATP

Question 5

Which of the following is common to the structures of NAD+,and FAD?

Accepted Answer

A) nicotinic acid 
B) nicotinamide 
C) ATP 
D) ADP 
E) AMP 
A) nicotinic acid 
B) nicotinamide 
C) ATP 
D) ADP 
E) AMP

Question 6

In steps 5-8 of the citric acid cycle,the high-energy molecules ________,________,and ________ are produced,and ________ is regenerated to begin another turn of the cycle.

Accepted Answer

A) GDP; FADH2; NADH/H+; oxaloacetate 
B) GTP; FADH2; NADH/H+; oxaloacetate 
C) ATP; FADH2; NADH/H+; citrate 
D) ADP; FAD; NAD+; oxaloacetate 
E) GDP; FADH2; NADH/H+; isocitrate 
A) GDP; FADH2; NADH/H+; oxaloacetate 
B) GTP; FADH2; NADH/H+; oxaloacetate 
C) ATP; FADH2; NADH/H+; citrate 
D) ADP; FAD; NAD+; oxaloacetate 
E) GDP; FADH2; NADH/H+; isocitrate

All of the following molecules are directly involved in the electron transport chain except

List and discuss the reasons that ATP is so useful as a biochemical energy transport molecule.

Match the following. -acetyl-SCoA

Match the following. -electron transport chain

Which of the following is common to the structures of NAD⁺,and FAD?

In steps 5-8 of the citric acid cycle,the high-energy molecules ,,and are produced,and is regenerated to begin another turn of the cycle.

Matter and Measurements

Atoms and the Periodic Table

Ionic Compounds

Molecular Compounds

Classification and Balancing of Chemical Reactions

Chemical Reactions: Mole and Mass Relationships

Chemical Reactions: Energy, rates, and Equilibrium

Gases, liquids, and Solids

Solutions

Acids and Bases

Nuclear Chemistry

Introduction to Organic Chemistry: Alkanes

Alkenes, alkynes, and Aromatic Compounds

Some Compounds With Oxygen, sulfur, or a Halogen

Amines

Aldehydes and Ketones

Carboxylic Acids and Their Derivatives

Amino Acids and Proteins

Enzymes and Vitamins

Carbohydrates

Carbohydrate Metabolism

Lipids

Lipid Metabolism

Nucleic Acids and Protein Synthesis

Genomics

Protein and Amino Acid Metabolism

Chemical Messengers: Hormones, neurotransmitters, and Drugs

Body Fluids

Filters

Exam 20: The Generation of Biochemical Energy

All of the following molecules are directly involved in the electron transport chain except

List and discuss the reasons that ATP is so useful as a biochemical energy transport molecule.

Match the following. -acetyl-SCoA

Match the following. -electron transport chain

Which of the following is common to the structures of NAD+,and FAD?

In steps 5-8 of the citric acid cycle,the high-energy molecules ________,________,and ________ are produced,and ________ is regenerated to begin another turn of the cycle.

Matter and Measurements

Atoms and the Periodic Table

Ionic Compounds

Molecular Compounds

Classification and Balancing of Chemical Reactions

Chemical Reactions: Mole and Mass Relationships

Chemical Reactions: Energy, rates, and Equilibrium

Gases, liquids, and Solids

Solutions

Acids and Bases

Nuclear Chemistry

Introduction to Organic Chemistry: Alkanes

Alkenes, alkynes, and Aromatic Compounds

Some Compounds With Oxygen, sulfur, or a Halogen

Amines

Aldehydes and Ketones

Carboxylic Acids and Their Derivatives

Amino Acids and Proteins

Enzymes and Vitamins

Carbohydrates

Carbohydrate Metabolism

Lipids

Lipid Metabolism

Nucleic Acids and Protein Synthesis

Genomics

Protein and Amino Acid Metabolism

Chemical Messengers: Hormones, neurotransmitters, and Drugs

Body Fluids

Filters

Which of the following is common to the structures of NAD⁺,and FAD?

In steps 5-8 of the citric acid cycle,the high-energy molecules ,,and are produced,and is regenerated to begin another turn of the cycle.