What is the overall (net) yield of ATP when one molecule of stearic acid (C18H36O2) is oxidized to CO2?

A) 122 ATP B) 120 ATP C) 116 ATP D) 114 ATP A) 122 ATP B) 120 ATP C) 116 ATP D) 114 ATP

Exam 16: Lipids and Membranes

Consider the complete oxidation of a saturated fatty acid with the formula shown below. For each of the following questions enter the appropriate number (1,2,3,...)in the blank. -The citric acid cycle will go through_____cycles for this fatty acid.

(Short Answer)

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Question 21

Draw the structure of a 14 carbon, monounsaturated, omega-3 fatty acid.

(Essay)

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Question 22

Draw the structures for each of the products produced on the hydrolysis of the following substance using KOH .

(Essay)

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Question 23

Examine the fatty acids given below.The names of the acids are given above the formula and each structure given a letter designation below the structure. Fill in the blanks with the appropriate letter (A,B,C,D,E). -To form the following triglyceride would require 1 molecule of and 2 molecules of .

(Short Answer)

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Question 24

Consider the complete oxidation of a saturated fatty acid with the formula shown below. For each of the following questions enter the appropriate number (1,2,3,...)in the blank. -During the beta oxidation of the acid, _____molecules of ATP are consumed.

(Short Answer)

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Question 25

The oxidation of FADH₂₁₀ H⁺ across the inner mitochondrial membrane.

(True/False)

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Question 26

Consider the complete oxidation of a saturated fatty acid with the formula shown below. For each of the following questions enter the appropriate number (1,2,3,...)in the blank. -During the beta oxidation of the acid, _____molecules of NADH are produced.

(Short Answer)

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Question 27

Examine the diagram of a mitochondrion shown below. Fill in the blanks with the appropriate letter (A,B,C,D). -Lipid bilayer: _____________________

(Short Answer)

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Question 28

Consider the complete oxidation of a saturated fatty acid with the formula shown below. For each of the following questions enter the appropriate number (1,2,3,...)in the blank. -For this fatty acid, from beta oxidation through the citric acid cycle, the net production is _____molecules of ATP.

(Short Answer)

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Question 29

In the following diagram, what type(s) of gradients would be present across the membrane?

(Multiple Choice)

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Question 30

Cholesterol plays a role in regulating membrane flexibilty.

(True/False)

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Question 31

Consider the complete oxidation of a saturated fatty acid with the formula shown below. For each of the following questions enter the appropriate number (1,2,3,...)in the blank. -The citric acid cycle will directly produce_____molecules of ATP for this fatty acid.

(Short Answer)

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Question 32

How many H⁺ must be moved across the inner mitochondrial membrane to produce 6 ATP?

(Multiple Choice)

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Question 33

During the digestion of triglycerides

(Multiple Choice)

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Question 34

Consider the following diagram of a membrane. Which of the following cannot pass through this membrane?

(Multiple Choice)

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Question 35

Consider the beta oxidation of a saturated fatty acid. For 5 turns of the cycle how many total high energy molecules are produced?

(Multiple Choice)

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Question 36

What is the overall (net) yield of ATP when one molecule of stearic acid (C₁₈H₃₆O₂) is oxidized to CO₂?

(Multiple Choice)

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Question 37

Consider the following diagram of a membrane. Which of the following might be the portion of the membrane represented by the letter A?

(Multiple Choice)

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Question 38

One of the products of the hydrolysis of a triglyceride in sulfuric acid is a carboxylic acid.

(True/False)

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Question 39

The generation of a concentration of K⁺ on the outside of membrane to 50 mEq/L and on the inside to 10 mEq/L decreases the potential energy of the system.

(True/False)

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Question 40

Showing 21 - 40 of 75

Consider the complete oxidation of a saturated fatty acid with the formula shown below. For each of the following questions enter the appropriate number (1,2,3,...)in the blank. -The citric acid cycle will go through_____cycles for this fatty acid.

Draw the structure of a 14 carbon, monounsaturated, omega-3 fatty acid.

Draw the structures for each of the products produced on the hydrolysis of the following substance using KOH .

Examine the fatty acids given below.The names of the acids are given above the formula and each structure given a letter designation below the structure. Fill in the blanks with the appropriate letter (A,B,C,D,E). -To form the following triglyceride would require 1 molecule of and 2 molecules of .

Consider the complete oxidation of a saturated fatty acid with the formula shown below. For each of the following questions enter the appropriate number (1,2,3,...)in the blank. -During the beta oxidation of the acid, _____molecules of ATP are consumed.

The oxidation of FADH₂₁₀ H⁺ across the inner mitochondrial membrane.

Consider the complete oxidation of a saturated fatty acid with the formula shown below. For each of the following questions enter the appropriate number (1,2,3,...)in the blank. -During the beta oxidation of the acid, _____molecules of NADH are produced.

Examine the diagram of a mitochondrion shown below. Fill in the blanks with the appropriate letter (A,B,C,D). -Lipid bilayer: _____________________

Consider the complete oxidation of a saturated fatty acid with the formula shown below. For each of the following questions enter the appropriate number (1,2,3,...)in the blank. -For this fatty acid, from beta oxidation through the citric acid cycle, the net production is _____molecules of ATP.

In the following diagram, what type(s) of gradients would be present across the membrane?

Cholesterol plays a role in regulating membrane flexibilty.

Consider the complete oxidation of a saturated fatty acid with the formula shown below. For each of the following questions enter the appropriate number (1,2,3,...)in the blank. -The citric acid cycle will directly produce_____molecules of ATP for this fatty acid.

How many H⁺ must be moved across the inner mitochondrial membrane to produce 6 ATP?

During the digestion of triglycerides

Consider the following diagram of a membrane. Which of the following cannot pass through this membrane?

Consider the beta oxidation of a saturated fatty acid. For 5 turns of the cycle how many total high energy molecules are produced?

What is the overall (net) yield of ATP when one molecule of stearic acid (C₁₈H₃₆O₂) is oxidized to CO₂?

Consider the following diagram of a membrane. Which of the following might be the portion of the membrane represented by the letter A?

One of the products of the hydrolysis of a triglyceride in sulfuric acid is a carboxylic acid.

The generation of a concentration of K⁺ on the outside of membrane to 50 mEq/L and on the inside to 10 mEq/L decreases the potential energy of the system.

Measurements in Science and Medicine

Atoms, Elements, and Compounds

Chemical Bonds

Energy and Physical Properties

Solution Concentration

Chemical Reactions

Acids and Bases

Nuclear Chemistry

Hydrocarbons: An Introduction to Organic Molecules

Hydration, Dehydration, and Alcohols

Carbonyl Compounds and Redox Reactions

Organic Acids and Bases

Condensation and Hydrolysis Reactions

Proteins

Carbohydrates

Nucleic Acids, Protein Synthesis, and Heredity

Filters

Exam 16: Lipids and Membranes

Consider the complete oxidation of a saturated fatty acid with the formula shown below. For each of the following questions enter the appropriate number (1,2,3,...)in the blank. -The citric acid cycle will go through_____cycles for this fatty acid.

Draw the structure of a 14 carbon, monounsaturated, omega-3 fatty acid.

Draw the structures for each of the products produced on the hydrolysis of the following substance using KOH .

Consider the complete oxidation of a saturated fatty acid with the formula shown below. For each of the following questions enter the appropriate number (1,2,3,...)in the blank. -During the beta oxidation of the acid, _____molecules of ATP are consumed.

The oxidation of FADH210 H+ across the inner mitochondrial membrane.

Consider the complete oxidation of a saturated fatty acid with the formula shown below. For each of the following questions enter the appropriate number (1,2,3,...)in the blank. -During the beta oxidation of the acid, _____molecules of NADH are produced.

Examine the diagram of a mitochondrion shown below. Fill in the blanks with the appropriate letter (A,B,C,D). -Lipid bilayer: _____________________

Consider the complete oxidation of a saturated fatty acid with the formula shown below. For each of the following questions enter the appropriate number (1,2,3,...)in the blank. -For this fatty acid, from beta oxidation through the citric acid cycle, the net production is _____molecules of ATP.

In the following diagram, what type(s) of gradients would be present across the membrane?

Cholesterol plays a role in regulating membrane flexibilty.

Consider the complete oxidation of a saturated fatty acid with the formula shown below. For each of the following questions enter the appropriate number (1,2,3,...)in the blank. -The citric acid cycle will directly produce_____molecules of ATP for this fatty acid.

How many H+ must be moved across the inner mitochondrial membrane to produce 6 ATP?

During the digestion of triglycerides

Consider the following diagram of a membrane. Which of the following cannot pass through this membrane?

Consider the beta oxidation of a saturated fatty acid. For 5 turns of the cycle how many total high energy molecules are produced?

What is the overall (net) yield of ATP when one molecule of stearic acid (C18H36O2) is oxidized to CO2?

Consider the following diagram of a membrane. Which of the following might be the portion of the membrane represented by the letter A?

One of the products of the hydrolysis of a triglyceride in sulfuric acid is a carboxylic acid.

The generation of a concentration of K+ on the outside of membrane to 50 mEq/L and on the inside to 10 mEq/L decreases the potential energy of the system.

Measurements in Science and Medicine

Atoms, Elements, and Compounds

Chemical Bonds

Energy and Physical Properties

Solution Concentration

Chemical Reactions

Acids and Bases

Nuclear Chemistry

Hydrocarbons: An Introduction to Organic Molecules

Hydration, Dehydration, and Alcohols

Carbonyl Compounds and Redox Reactions

Organic Acids and Bases

Condensation and Hydrolysis Reactions

Proteins

Carbohydrates

Nucleic Acids, Protein Synthesis, and Heredity

Filters

The oxidation of FADH₂₁₀ H⁺ across the inner mitochondrial membrane.

How many H⁺ must be moved across the inner mitochondrial membrane to produce 6 ATP?

What is the overall (net) yield of ATP when one molecule of stearic acid (C₁₈H₃₆O₂) is oxidized to CO₂?

The generation of a concentration of K⁺ on the outside of membrane to 50 mEq/L and on the inside to 10 mEq/L decreases the potential energy of the system.