The reason for the absence of tensile strength in Jell-O. Concept introduction: Gelatins are the proteins derived from animal sources that are used as food additive for solidifying or thickening food stuffs. Gelatin was originally derived from the collagen of animal tissues that is irretrievably hydrolyzed into tiny peptides molecules by means of denaturizing the collagen proteins. The collagen proteins have massive tensile strength and that makes them stretchable without any break. Gelatins are the base ingredient of a commercial product named Jell-O (desserts that are made of gelatins). Collagen-derived gelatin contains tensile strength, but the Jell-O that contains the gelatin do not possess tensile strength.

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Chapter 20, Problem 13Q

Summary Introduction

To explain: The reason for the absence of tensile strength in Jell-O.

Concept introduction: Gelatins are the proteins derived from animal sources that are used as food additive for solidifying or thickening food stuffs. Gelatin was originally derived from the collagen of animal tissues that is irretrievably hydrolyzed into tiny peptides molecules by means of denaturizing the collagen proteins. The collagen proteins have massive tensile strength and that makes them stretchable without any break. Gelatins are the base ingredient of a commercial product named Jell-O (desserts that are made of gelatins). Collagen-derived gelatin contains tensile strength, but the Jell-O that contains the gelatin do not possess tensile strength.

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Answer 2

Question

Chapter 20, Problem 13Q

Summary Introduction

To explain: The reason for the absence of tensile strength in Jell-O.

Concept introduction: Gelatins are the proteins derived from animal sources that are used as food additive for solidifying or thickening food stuffs. Gelatin was originally derived from the collagen of animal tissues that is irretrievably hydrolyzed into tiny peptides molecules by means of denaturizing the collagen proteins. The collagen proteins have massive tensile strength and that makes them stretchable without any break. Gelatins are the base ingredient of a commercial product named Jell-O (desserts that are made of gelatins). Collagen-derived gelatin contains tensile strength, but the Jell-O that contains the gelatin do not possess tensile strength.

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Answer 3

Question

Chapter 20, Problem 13Q

Summary Introduction

To explain: The reason for the absence of tensile strength in Jell-O.

Concept introduction: Gelatins are the proteins derived from animal sources that are used as food additive for solidifying or thickening food stuffs. Gelatin was originally derived from the collagen of animal tissues that is irretrievably hydrolyzed into tiny peptides molecules by means of denaturizing the collagen proteins. The collagen proteins have massive tensile strength and that makes them stretchable without any break. Gelatins are the base ingredient of a commercial product named Jell-O (desserts that are made of gelatins). Collagen-derived gelatin contains tensile strength, but the Jell-O that contains the gelatin do not possess tensile strength.

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Answer 4

Question

Chapter 20, Problem 13Q

Summary Introduction

To explain: The reason for the absence of tensile strength in Jell-O.

Concept introduction: Gelatins are the proteins derived from animal sources that are used as food additive for solidifying or thickening food stuffs. Gelatin was originally derived from the collagen of animal tissues that is irretrievably hydrolyzed into tiny peptides molecules by means of denaturizing the collagen proteins. The collagen proteins have massive tensile strength and that makes them stretchable without any break. Gelatins are the base ingredient of a commercial product named Jell-O (desserts that are made of gelatins). Collagen-derived gelatin contains tensile strength, but the Jell-O that contains the gelatin do not possess tensile strength.

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Answer 5

Chapter 20, Problem 13Q

Summary Introduction

To explain: The reason for the absence of tensile strength in Jell-O.

Concept introduction: Gelatins are the proteins derived from animal sources that are used as food additive for solidifying or thickening food stuffs. Gelatin was originally derived from the collagen of animal tissues that is irretrievably hydrolyzed into tiny peptides molecules by means of denaturizing the collagen proteins. The collagen proteins have massive tensile strength and that makes them stretchable without any break. Gelatins are the base ingredient of a commercial product named Jell-O (desserts that are made of gelatins). Collagen-derived gelatin contains tensile strength, but the Jell-O that contains the gelatin do not possess tensile strength.

Answer 6

Chapter 20, Problem 13Q

Summary Introduction

To explain: The reason for the absence of tensile strength in Jell-O.

Concept introduction: Gelatins are the proteins derived from animal sources that are used as food additive for solidifying or thickening food stuffs. Gelatin was originally derived from the collagen of animal tissues that is irretrievably hydrolyzed into tiny peptides molecules by means of denaturizing the collagen proteins. The collagen proteins have massive tensile strength and that makes them stretchable without any break. Gelatins are the base ingredient of a commercial product named Jell-O (desserts that are made of gelatins). Collagen-derived gelatin contains tensile strength, but the Jell-O that contains the gelatin do not possess tensile strength.

Answer 7

Chapter 20, Problem 13Q

Summary Introduction

To explain: The reason for the absence of tensile strength in Jell-O.

Concept introduction: Gelatins are the proteins derived from animal sources that are used as food additive for solidifying or thickening food stuffs. Gelatin was originally derived from the collagen of animal tissues that is irretrievably hydrolyzed into tiny peptides molecules by means of denaturizing the collagen proteins. The collagen proteins have massive tensile strength and that makes them stretchable without any break. Gelatins are the base ingredient of a commercial product named Jell-O (desserts that are made of gelatins). Collagen-derived gelatin contains tensile strength, but the Jell-O that contains the gelatin do not possess tensile strength.

Answer 8

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Answer 11

Ch. 20 - Prob. 1Q Ch. 20 - Prob. 2Q Ch. 20 - Prob. 3Q Ch. 20 - Prob. 4Q Ch. 20 - Prob. 5Q Ch. 20 - Prob. 6Q Ch. 20 - Prob. 7Q Ch. 20 - Prob. 8Q Ch. 20 - Prob. 9Q Ch. 20 - Prob. 10Q

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