By clicking on this link (http://openstaxcollege.org/l/fooddigestion) , you can watch a short video of what happens to the food you eat as it passes from your mouth to your intestine. Along the way, note how the food changes consistency and form. How does this change in consistency facilitate your gaining nutrients from food?

Question

Want to see more full solutions like this?

Answer 1

Textbook Question

Chapter 23, Problem 1ILQ

By clicking on this link (http://openstaxcollege.org/l/fooddigestion) , you can watch a short video of what happens to the food you eat as it passes from your mouth to your intestine. Along the way, note how the food changes consistency and form. How does this change in consistency facilitate your gaining nutrients from food?

Expert Solution & Answer

Summary Introduction

To analyze:

The changes in consistency of food down the alimentary canal facilitate gaining nutrients from it.

Introduction:

Digestion is the act of breaking down of food into smaller molecules, by physical and chemical means, to release the nutrients present in them and render it in an absorbable form.

Explanation of Solution

The alimentary canal is aptly designed to convert complex food into simpler forms. This conversion not only breaks down food but also helps to extract the nutrients efficiently from all food that is consumed.

The physical, as well as chemical digestion process, begins right away in our mouth. The chewing of food called mastication mechanically shears the large chunks of food to smaller pieces. It then mixes with saliva to make it into a semi-solid paste called bolus that is easy to swallow. The salivary amylase marks chemical digestion of food by acting on starch. The water hydrates and dissolves much of the food. The mucus lubricates the food for swallowing.

As the food moves down the esophagus it reaches the stomach where the churning action continues to physically shear the bolus further to even smaller particle size. The acid and enzymes produced in the stomach chemically act on food to convert complex molecules into simpler forms. These processes convert the bolus to a form that is more fluid-like called the chyme.

Chyme moves down to the small intestine. The duodenum is the region of major chemical digestion with a host of enzymes acting on the chyme. Physical digestion occurs by the process of segmentation.

Finally, the small molecules in the form of glucose (from sugars), fatty acids and glycerols (from lipids and fats), amino acids (from proteins) and nucleic acids (from nucleoproteins) are released from food. Along with these minerals, electrolytes and vitamins are also rendered free for absorption in the small intestine. The continuous backlash movements along the microvilli on intestinal lumen help in absorption of all these nutrient molecules released from the food.

Had these series of processes to bring about a change in the consistency of ingested food not occurred, the food as a source of nutrients would have been meaningless.

Conclusion

Thus a change in consistency of food from largely sized bites to chewed semi-solid paste (bolus) and then to a fluid-like (chyme) consistency helps in both the movement of food down the alimentary canal and finally the absorption of their nutrients in the intestines.

Want to see more full solutions like this?

Subscribe now to access step-by-step solutions to millions of textbook problems written by subject matter experts!

Students have asked these similar questions

1:42 PM ១ 99% Apart from food, plants need other nutrients like water and minerals. Nitrogen, a mineral, is an important part of all living cells. All organisms need nitrogen in order to grow and repair. Although nitrogen exists in its elemental form in the atmosphere, it cannot be directly used by plants. 7 Where else can plants obtain their nitrogen from? Plants make their own nitrogen. B Plants get it from animals. Plants get it from the soil. D Plants have special structures to break down atmospheric nitrogen. v3.7.63.140.4 | 6763e9417a3dbb80fa0f87b2 | Dec 19, 2024 | 3:07 PM | 84126 | en_8

Compare the cloning efficiencies: SmaI vs. EcoRI.

Hydrogen bonds play an important role in stabilizing and organizing biological macromolecules. Consider the four macromolecules discussed. Describe three examples where hydrogen bond formation affects the form or function of the macromolecule.

Answer 2

Textbook Question

Chapter 23, Problem 1ILQ

By clicking on this link (http://openstaxcollege.org/l/fooddigestion) , you can watch a short video of what happens to the food you eat as it passes from your mouth to your intestine. Along the way, note how the food changes consistency and form. How does this change in consistency facilitate your gaining nutrients from food?

Expert Solution & Answer

Summary Introduction

To analyze:

The changes in consistency of food down the alimentary canal facilitate gaining nutrients from it.

Introduction:

Digestion is the act of breaking down of food into smaller molecules, by physical and chemical means, to release the nutrients present in them and render it in an absorbable form.

Explanation of Solution

The alimentary canal is aptly designed to convert complex food into simpler forms. This conversion not only breaks down food but also helps to extract the nutrients efficiently from all food that is consumed.

The physical, as well as chemical digestion process, begins right away in our mouth. The chewing of food called mastication mechanically shears the large chunks of food to smaller pieces. It then mixes with saliva to make it into a semi-solid paste called bolus that is easy to swallow. The salivary amylase marks chemical digestion of food by acting on starch. The water hydrates and dissolves much of the food. The mucus lubricates the food for swallowing.

As the food moves down the esophagus it reaches the stomach where the churning action continues to physically shear the bolus further to even smaller particle size. The acid and enzymes produced in the stomach chemically act on food to convert complex molecules into simpler forms. These processes convert the bolus to a form that is more fluid-like called the chyme.

Chyme moves down to the small intestine. The duodenum is the region of major chemical digestion with a host of enzymes acting on the chyme. Physical digestion occurs by the process of segmentation.

Finally, the small molecules in the form of glucose (from sugars), fatty acids and glycerols (from lipids and fats), amino acids (from proteins) and nucleic acids (from nucleoproteins) are released from food. Along with these minerals, electrolytes and vitamins are also rendered free for absorption in the small intestine. The continuous backlash movements along the microvilli on intestinal lumen help in absorption of all these nutrient molecules released from the food.

Had these series of processes to bring about a change in the consistency of ingested food not occurred, the food as a source of nutrients would have been meaningless.

Conclusion

Thus a change in consistency of food from largely sized bites to chewed semi-solid paste (bolus) and then to a fluid-like (chyme) consistency helps in both the movement of food down the alimentary canal and finally the absorption of their nutrients in the intestines.

Want to see more full solutions like this?

Subscribe now to access step-by-step solutions to millions of textbook problems written by subject matter experts!

Answer 3

Textbook Question

Chapter 23, Problem 1ILQ

By clicking on this link (http://openstaxcollege.org/l/fooddigestion) , you can watch a short video of what happens to the food you eat as it passes from your mouth to your intestine. Along the way, note how the food changes consistency and form. How does this change in consistency facilitate your gaining nutrients from food?

Expert Solution & Answer

Summary Introduction

To analyze:

The changes in consistency of food down the alimentary canal facilitate gaining nutrients from it.

Introduction:

Digestion is the act of breaking down of food into smaller molecules, by physical and chemical means, to release the nutrients present in them and render it in an absorbable form.

Explanation of Solution

The alimentary canal is aptly designed to convert complex food into simpler forms. This conversion not only breaks down food but also helps to extract the nutrients efficiently from all food that is consumed.

The physical, as well as chemical digestion process, begins right away in our mouth. The chewing of food called mastication mechanically shears the large chunks of food to smaller pieces. It then mixes with saliva to make it into a semi-solid paste called bolus that is easy to swallow. The salivary amylase marks chemical digestion of food by acting on starch. The water hydrates and dissolves much of the food. The mucus lubricates the food for swallowing.

As the food moves down the esophagus it reaches the stomach where the churning action continues to physically shear the bolus further to even smaller particle size. The acid and enzymes produced in the stomach chemically act on food to convert complex molecules into simpler forms. These processes convert the bolus to a form that is more fluid-like called the chyme.

Chyme moves down to the small intestine. The duodenum is the region of major chemical digestion with a host of enzymes acting on the chyme. Physical digestion occurs by the process of segmentation.

Finally, the small molecules in the form of glucose (from sugars), fatty acids and glycerols (from lipids and fats), amino acids (from proteins) and nucleic acids (from nucleoproteins) are released from food. Along with these minerals, electrolytes and vitamins are also rendered free for absorption in the small intestine. The continuous backlash movements along the microvilli on intestinal lumen help in absorption of all these nutrient molecules released from the food.

Had these series of processes to bring about a change in the consistency of ingested food not occurred, the food as a source of nutrients would have been meaningless.

Conclusion

Thus a change in consistency of food from largely sized bites to chewed semi-solid paste (bolus) and then to a fluid-like (chyme) consistency helps in both the movement of food down the alimentary canal and finally the absorption of their nutrients in the intestines.

Want to see more full solutions like this?

Subscribe now to access step-by-step solutions to millions of textbook problems written by subject matter experts!

Answer 4

Textbook Question

Chapter 23, Problem 1ILQ

By clicking on this link (http://openstaxcollege.org/l/fooddigestion) , you can watch a short video of what happens to the food you eat as it passes from your mouth to your intestine. Along the way, note how the food changes consistency and form. How does this change in consistency facilitate your gaining nutrients from food?

Expert Solution & Answer

Summary Introduction

To analyze:

The changes in consistency of food down the alimentary canal facilitate gaining nutrients from it.

Introduction:

Digestion is the act of breaking down of food into smaller molecules, by physical and chemical means, to release the nutrients present in them and render it in an absorbable form.

Explanation of Solution

The alimentary canal is aptly designed to convert complex food into simpler forms. This conversion not only breaks down food but also helps to extract the nutrients efficiently from all food that is consumed.

The physical, as well as chemical digestion process, begins right away in our mouth. The chewing of food called mastication mechanically shears the large chunks of food to smaller pieces. It then mixes with saliva to make it into a semi-solid paste called bolus that is easy to swallow. The salivary amylase marks chemical digestion of food by acting on starch. The water hydrates and dissolves much of the food. The mucus lubricates the food for swallowing.

As the food moves down the esophagus it reaches the stomach where the churning action continues to physically shear the bolus further to even smaller particle size. The acid and enzymes produced in the stomach chemically act on food to convert complex molecules into simpler forms. These processes convert the bolus to a form that is more fluid-like called the chyme.

Chyme moves down to the small intestine. The duodenum is the region of major chemical digestion with a host of enzymes acting on the chyme. Physical digestion occurs by the process of segmentation.

Finally, the small molecules in the form of glucose (from sugars), fatty acids and glycerols (from lipids and fats), amino acids (from proteins) and nucleic acids (from nucleoproteins) are released from food. Along with these minerals, electrolytes and vitamins are also rendered free for absorption in the small intestine. The continuous backlash movements along the microvilli on intestinal lumen help in absorption of all these nutrient molecules released from the food.

Had these series of processes to bring about a change in the consistency of ingested food not occurred, the food as a source of nutrients would have been meaningless.

Conclusion

Thus a change in consistency of food from largely sized bites to chewed semi-solid paste (bolus) and then to a fluid-like (chyme) consistency helps in both the movement of food down the alimentary canal and finally the absorption of their nutrients in the intestines.

Want to see more full solutions like this?

Subscribe now to access step-by-step solutions to millions of textbook problems written by subject matter experts!

Answer 5

Textbook Question

Answer 6

Textbook Question

Answer 7

Expert Solution & Answer

Summary Introduction

To analyze:

The changes in consistency of food down the alimentary canal facilitate gaining nutrients from it.

Introduction:

Digestion is the act of breaking down of food into smaller molecules, by physical and chemical means, to release the nutrients present in them and render it in an absorbable form.

Explanation of Solution

The alimentary canal is aptly designed to convert complex food into simpler forms. This conversion not only breaks down food but also helps to extract the nutrients efficiently from all food that is consumed.

The physical, as well as chemical digestion process, begins right away in our mouth. The chewing of food called mastication mechanically shears the large chunks of food to smaller pieces. It then mixes with saliva to make it into a semi-solid paste called bolus that is easy to swallow. The salivary amylase marks chemical digestion of food by acting on starch. The water hydrates and dissolves much of the food. The mucus lubricates the food for swallowing.

As the food moves down the esophagus it reaches the stomach where the churning action continues to physically shear the bolus further to even smaller particle size. The acid and enzymes produced in the stomach chemically act on food to convert complex molecules into simpler forms. These processes convert the bolus to a form that is more fluid-like called the chyme.

Chyme moves down to the small intestine. The duodenum is the region of major chemical digestion with a host of enzymes acting on the chyme. Physical digestion occurs by the process of segmentation.

Finally, the small molecules in the form of glucose (from sugars), fatty acids and glycerols (from lipids and fats), amino acids (from proteins) and nucleic acids (from nucleoproteins) are released from food. Along with these minerals, electrolytes and vitamins are also rendered free for absorption in the small intestine. The continuous backlash movements along the microvilli on intestinal lumen help in absorption of all these nutrient molecules released from the food.

Had these series of processes to bring about a change in the consistency of ingested food not occurred, the food as a source of nutrients would have been meaningless.

Conclusion

Thus a change in consistency of food from largely sized bites to chewed semi-solid paste (bolus) and then to a fluid-like (chyme) consistency helps in both the movement of food down the alimentary canal and finally the absorption of their nutrients in the intestines.

Answer 8

Expert Solution & Answer

Summary Introduction

To analyze:

The changes in consistency of food down the alimentary canal facilitate gaining nutrients from it.

Introduction:

Digestion is the act of breaking down of food into smaller molecules, by physical and chemical means, to release the nutrients present in them and render it in an absorbable form.

Explanation of Solution

The alimentary canal is aptly designed to convert complex food into simpler forms. This conversion not only breaks down food but also helps to extract the nutrients efficiently from all food that is consumed.

The physical, as well as chemical digestion process, begins right away in our mouth. The chewing of food called mastication mechanically shears the large chunks of food to smaller pieces. It then mixes with saliva to make it into a semi-solid paste called bolus that is easy to swallow. The salivary amylase marks chemical digestion of food by acting on starch. The water hydrates and dissolves much of the food. The mucus lubricates the food for swallowing.

As the food moves down the esophagus it reaches the stomach where the churning action continues to physically shear the bolus further to even smaller particle size. The acid and enzymes produced in the stomach chemically act on food to convert complex molecules into simpler forms. These processes convert the bolus to a form that is more fluid-like called the chyme.

Chyme moves down to the small intestine. The duodenum is the region of major chemical digestion with a host of enzymes acting on the chyme. Physical digestion occurs by the process of segmentation.

Finally, the small molecules in the form of glucose (from sugars), fatty acids and glycerols (from lipids and fats), amino acids (from proteins) and nucleic acids (from nucleoproteins) are released from food. Along with these minerals, electrolytes and vitamins are also rendered free for absorption in the small intestine. The continuous backlash movements along the microvilli on intestinal lumen help in absorption of all these nutrient molecules released from the food.

Had these series of processes to bring about a change in the consistency of ingested food not occurred, the food as a source of nutrients would have been meaningless.

Conclusion

Thus a change in consistency of food from largely sized bites to chewed semi-solid paste (bolus) and then to a fluid-like (chyme) consistency helps in both the movement of food down the alimentary canal and finally the absorption of their nutrients in the intestines.

Answer 9

Expert Solution & Answer

Answer 10

Expert Solution & Answer

Answer 11

Summary Introduction

To analyze:

The changes in consistency of food down the alimentary canal facilitate gaining nutrients from it.

Introduction:

Digestion is the act of breaking down of food into smaller molecules, by physical and chemical means, to release the nutrients present in them and render it in an absorbable form.

Answer 12

Explanation of Solution

The alimentary canal is aptly designed to convert complex food into simpler forms. This conversion not only breaks down food but also helps to extract the nutrients efficiently from all food that is consumed.

The physical, as well as chemical digestion process, begins right away in our mouth. The chewing of food called mastication mechanically shears the large chunks of food to smaller pieces. It then mixes with saliva to make it into a semi-solid paste called bolus that is easy to swallow. The salivary amylase marks chemical digestion of food by acting on starch. The water hydrates and dissolves much of the food. The mucus lubricates the food for swallowing.

As the food moves down the esophagus it reaches the stomach where the churning action continues to physically shear the bolus further to even smaller particle size. The acid and enzymes produced in the stomach chemically act on food to convert complex molecules into simpler forms. These processes convert the bolus to a form that is more fluid-like called the chyme.

Chyme moves down to the small intestine. The duodenum is the region of major chemical digestion with a host of enzymes acting on the chyme. Physical digestion occurs by the process of segmentation.

Finally, the small molecules in the form of glucose (from sugars), fatty acids and glycerols (from lipids and fats), amino acids (from proteins) and nucleic acids (from nucleoproteins) are released from food. Along with these minerals, electrolytes and vitamins are also rendered free for absorption in the small intestine. The continuous backlash movements along the microvilli on intestinal lumen help in absorption of all these nutrient molecules released from the food.

Had these series of processes to bring about a change in the consistency of ingested food not occurred, the food as a source of nutrients would have been meaningless.

Answer 13

Conclusion

Thus a change in consistency of food from largely sized bites to chewed semi-solid paste (bolus) and then to a fluid-like (chyme) consistency helps in both the movement of food down the alimentary canal and finally the absorption of their nutrients in the intestines.

Answer 14

Ch. 23 - By clicking on this link...Ch. 23 - Visit this site...Ch. 23 - Watch this animation...Ch. 23 - Watch this animation...Ch. 23 - Watch this animation...Ch. 23 - By watching this animation...Ch. 23 - Watch this video...Ch. 23 - Which of these organs is not considered an...Ch. 23 - Which of the following organs is supported by a...Ch. 23 - Which of the following membranes covers the...

Concept explainers

Explanation of Solution

Want to see more full solutions like this?

Chapter 23 Solutions

Additional Science Textbook Solutions