Distinguish between composites and metal alloys.

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Answer 1

Textbook Question

Chapter 9, Problem 1RQ

Distinguish between composites and metal alloys.

Expert Solution & Answer

To determine

Distinguish between composites and metal alloys.

Explanation of Solution

Difference between composites and metal alloys are:

Composites	Metal alloys
1. When 2 or more distinct element are bonded in such a way which leads to formation of one solid piece of material, that is, rod of steel in the concrete matrix is known as Composites.	1. Alloys are mixture of essentially metal atoms which develop a constant solid solution, that is steel, a blend of carbon & iron.
2. A composite, though, leads to being extra addictive, concrete are excellent in compression and inexpensive, but disappoint in tension, whereas steel is excessive in tension but costly. Hence, adding steel rods into concrete results in the structure which is cost efficient & superior to either individual, but not the mixture. It is still basically just concrete & steel, just blend in the form that increase the profits of both.	2. The main feature of alloys is the "solution" bit, and that can and does break down when you investigate too closely. Essentially, though an alloy is the mixture that is larger than the whole of its parts, forming something new. Iron is ductile and soft, carbon may be dusty and week, but when carbon dissolves in the iron to form steel it becomes stronger and harder
3. The main key to composite is recalling that they are composed of 2 or more component with different characteristics which hold those properties in final form.	3. The elements intermix to produce something with properties in an alloy which is different from elements on their own.

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Answer 2

Textbook Question

Chapter 9, Problem 1RQ

Distinguish between composites and metal alloys.

Expert Solution & Answer

To determine

Distinguish between composites and metal alloys.

Explanation of Solution

Difference between composites and metal alloys are:

Composites	Metal alloys
1. When 2 or more distinct element are bonded in such a way which leads to formation of one solid piece of material, that is, rod of steel in the concrete matrix is known as Composites.	1. Alloys are mixture of essentially metal atoms which develop a constant solid solution, that is steel, a blend of carbon & iron.
2. A composite, though, leads to being extra addictive, concrete are excellent in compression and inexpensive, but disappoint in tension, whereas steel is excessive in tension but costly. Hence, adding steel rods into concrete results in the structure which is cost efficient & superior to either individual, but not the mixture. It is still basically just concrete & steel, just blend in the form that increase the profits of both.	2. The main feature of alloys is the "solution" bit, and that can and does break down when you investigate too closely. Essentially, though an alloy is the mixture that is larger than the whole of its parts, forming something new. Iron is ductile and soft, carbon may be dusty and week, but when carbon dissolves in the iron to form steel it becomes stronger and harder
3. The main key to composite is recalling that they are composed of 2 or more component with different characteristics which hold those properties in final form.	3. The elements intermix to produce something with properties in an alloy which is different from elements on their own.

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Answer 3

Textbook Question

Chapter 9, Problem 1RQ

Distinguish between composites and metal alloys.

Expert Solution & Answer

To determine

Distinguish between composites and metal alloys.

Explanation of Solution

Difference between composites and metal alloys are:

Composites	Metal alloys
1. When 2 or more distinct element are bonded in such a way which leads to formation of one solid piece of material, that is, rod of steel in the concrete matrix is known as Composites.	1. Alloys are mixture of essentially metal atoms which develop a constant solid solution, that is steel, a blend of carbon & iron.
2. A composite, though, leads to being extra addictive, concrete are excellent in compression and inexpensive, but disappoint in tension, whereas steel is excessive in tension but costly. Hence, adding steel rods into concrete results in the structure which is cost efficient & superior to either individual, but not the mixture. It is still basically just concrete & steel, just blend in the form that increase the profits of both.	2. The main feature of alloys is the "solution" bit, and that can and does break down when you investigate too closely. Essentially, though an alloy is the mixture that is larger than the whole of its parts, forming something new. Iron is ductile and soft, carbon may be dusty and week, but when carbon dissolves in the iron to form steel it becomes stronger and harder
3. The main key to composite is recalling that they are composed of 2 or more component with different characteristics which hold those properties in final form.	3. The elements intermix to produce something with properties in an alloy which is different from elements on their own.

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Answer 4

Textbook Question

Chapter 9, Problem 1RQ

Distinguish between composites and metal alloys.

Expert Solution & Answer

To determine

Distinguish between composites and metal alloys.

Explanation of Solution

Difference between composites and metal alloys are:

Composites	Metal alloys
1. When 2 or more distinct element are bonded in such a way which leads to formation of one solid piece of material, that is, rod of steel in the concrete matrix is known as Composites.	1. Alloys are mixture of essentially metal atoms which develop a constant solid solution, that is steel, a blend of carbon & iron.
2. A composite, though, leads to being extra addictive, concrete are excellent in compression and inexpensive, but disappoint in tension, whereas steel is excessive in tension but costly. Hence, adding steel rods into concrete results in the structure which is cost efficient & superior to either individual, but not the mixture. It is still basically just concrete & steel, just blend in the form that increase the profits of both.	2. The main feature of alloys is the "solution" bit, and that can and does break down when you investigate too closely. Essentially, though an alloy is the mixture that is larger than the whole of its parts, forming something new. Iron is ductile and soft, carbon may be dusty and week, but when carbon dissolves in the iron to form steel it becomes stronger and harder
3. The main key to composite is recalling that they are composed of 2 or more component with different characteristics which hold those properties in final form.	3. The elements intermix to produce something with properties in an alloy which is different from elements on their own.

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Answer 5

Textbook Question

Answer 6

Textbook Question

Answer 7

Expert Solution & Answer

To determine

Distinguish between composites and metal alloys.

Explanation of Solution

Difference between composites and metal alloys are:

Composites	Metal alloys
1. When 2 or more distinct element are bonded in such a way which leads to formation of one solid piece of material, that is, rod of steel in the concrete matrix is known as Composites.	1. Alloys are mixture of essentially metal atoms which develop a constant solid solution, that is steel, a blend of carbon & iron.
2. A composite, though, leads to being extra addictive, concrete are excellent in compression and inexpensive, but disappoint in tension, whereas steel is excessive in tension but costly. Hence, adding steel rods into concrete results in the structure which is cost efficient & superior to either individual, but not the mixture. It is still basically just concrete & steel, just blend in the form that increase the profits of both.	2. The main feature of alloys is the "solution" bit, and that can and does break down when you investigate too closely. Essentially, though an alloy is the mixture that is larger than the whole of its parts, forming something new. Iron is ductile and soft, carbon may be dusty and week, but when carbon dissolves in the iron to form steel it becomes stronger and harder
3. The main key to composite is recalling that they are composed of 2 or more component with different characteristics which hold those properties in final form.	3. The elements intermix to produce something with properties in an alloy which is different from elements on their own.

Answer 8

Expert Solution & Answer

To determine

Distinguish between composites and metal alloys.

Explanation of Solution

Difference between composites and metal alloys are:

Composites	Metal alloys
1. When 2 or more distinct element are bonded in such a way which leads to formation of one solid piece of material, that is, rod of steel in the concrete matrix is known as Composites.	1. Alloys are mixture of essentially metal atoms which develop a constant solid solution, that is steel, a blend of carbon & iron.
2. A composite, though, leads to being extra addictive, concrete are excellent in compression and inexpensive, but disappoint in tension, whereas steel is excessive in tension but costly. Hence, adding steel rods into concrete results in the structure which is cost efficient & superior to either individual, but not the mixture. It is still basically just concrete & steel, just blend in the form that increase the profits of both.	2. The main feature of alloys is the "solution" bit, and that can and does break down when you investigate too closely. Essentially, though an alloy is the mixture that is larger than the whole of its parts, forming something new. Iron is ductile and soft, carbon may be dusty and week, but when carbon dissolves in the iron to form steel it becomes stronger and harder
3. The main key to composite is recalling that they are composed of 2 or more component with different characteristics which hold those properties in final form.	3. The elements intermix to produce something with properties in an alloy which is different from elements on their own.

Answer 9

Expert Solution & Answer

Answer 10

Expert Solution & Answer

Answer 11

To determine

Distinguish between composites and metal alloys.

Answer 12

Explanation of Solution

Difference between composites and metal alloys are:

Composites	Metal alloys
1. When 2 or more distinct element are bonded in such a way which leads to formation of one solid piece of material, that is, rod of steel in the concrete matrix is known as Composites.	1. Alloys are mixture of essentially metal atoms which develop a constant solid solution, that is steel, a blend of carbon & iron.
2. A composite, though, leads to being extra addictive, concrete are excellent in compression and inexpensive, but disappoint in tension, whereas steel is excessive in tension but costly. Hence, adding steel rods into concrete results in the structure which is cost efficient & superior to either individual, but not the mixture. It is still basically just concrete & steel, just blend in the form that increase the profits of both.	2. The main feature of alloys is the "solution" bit, and that can and does break down when you investigate too closely. Essentially, though an alloy is the mixture that is larger than the whole of its parts, forming something new. Iron is ductile and soft, carbon may be dusty and week, but when carbon dissolves in the iron to form steel it becomes stronger and harder
3. The main key to composite is recalling that they are composed of 2 or more component with different characteristics which hold those properties in final form.	3. The elements intermix to produce something with properties in an alloy which is different from elements on their own.

Answer 13

Ch. 9 - Distinguish between composites and metal alloys.Ch. 9 - Describe the functions of the matrix and the...Ch. 9 - Name the reinforcing fibers generally used to make...Ch. 9 - What is the range in length and diameter of...Ch. 9 - List the important factors that determine the...Ch. 9 - Comment on the advantages and limitations of...Ch. 9 - What are the most commonly used matrix materials?...Ch. 9 - Describe the advantages of hybrid composites over...Ch. 9 - What material properties are improved by the...Ch. 9 - Describe the purpose of the matrix material.

Distinguish between composites and metal alloys.

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