A machine shop restricts the figure of cemented carbide grades to four for inventory control purposes. The chemical composition of these grades is as follows: Grade 1 contains 95% WC and 5% Co; Grade 2 contains 82% WC, 4% Co, and 14% TiC; Grade 3 contains 80% WC, 10% Co, and 10% TiC; and Grade 4 contains 89% WC and 11% Co. Specify the grade that should be used for the rough machining of gray cast iron and explain your recommendation.

Question

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Answer 1

Question

Chapter 22, Problem 17P

(a)

To determine

A machine shop restricts the figure of cemented carbide grades to four for inventory control purposes. The chemical composition of these grades is as follows:

Grade 1 contains 95% WC and 5% Co; Grade 2 contains 82% WC, 4% Co, and 14% TiC; Grade 3 contains 80% WC, 10% Co, and 10% TiC; and Grade 4 contains 89% WC and 11% Co.

Specify the grade that should be used for the rough machining of gray cast iron and explain your recommendation.

(b)

To determine

A machine shop restricts the figure of cemented carbide grades to four for inventory control purposes. The chemical composition of these grades is as follows:

Grade 1 contains 95% WC and 5% Co; Grade 2 contains 82% WC, 4% Co, and 14% TiC; Grade 3 contains 80% WC, 10% Co, and 10% TiC; and Grade 4 contains 89% WC and 11% Co.

Specify the grade that should be used for the finish turning of unhardened steel and explain your recommendation.

(c)

To determine

A machine shop restricts the figure of cemented carbide grades to four for inventory control purposes. The chemical composition of these grades is as follows:

Grade 1 contains 95% WC and 5% Co; Grade 2 contains 82% WC, 4% Co, and 14% TiC; Grade 3 contains 80% WC, 10% Co, and 10% TiC; and Grade 4 contains 89% WC and 11% Co.

Specify the grade that should be used for the rough milling of aluminum and explain your recommendation.

(d)

To determine

A machine shop restricts the figure of cemented carbide grades to four for inventory control purposes. The chemical composition of these grades is as follows:

Grade 1 contains 95% WC and 5% Co; Grade 2 contains 82% WC, 4% Co, and 14% TiC; Grade 3 contains 80% WC, 10% Co, and 10% TiC; and Grade 4 contains 89% WC and 11% Co.

Specify the grade that should be used for the finish turning of brass and explain your recommendation. For each case, explain your recommendation.

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Answer 2

Question

Chapter 22, Problem 17P

(a)

To determine

A machine shop restricts the figure of cemented carbide grades to four for inventory control purposes. The chemical composition of these grades is as follows:

Grade 1 contains 95% WC and 5% Co; Grade 2 contains 82% WC, 4% Co, and 14% TiC; Grade 3 contains 80% WC, 10% Co, and 10% TiC; and Grade 4 contains 89% WC and 11% Co.

Specify the grade that should be used for the rough machining of gray cast iron and explain your recommendation.

(b)

To determine

A machine shop restricts the figure of cemented carbide grades to four for inventory control purposes. The chemical composition of these grades is as follows:

Grade 1 contains 95% WC and 5% Co; Grade 2 contains 82% WC, 4% Co, and 14% TiC; Grade 3 contains 80% WC, 10% Co, and 10% TiC; and Grade 4 contains 89% WC and 11% Co.

Specify the grade that should be used for the finish turning of unhardened steel and explain your recommendation.

(c)

To determine

A machine shop restricts the figure of cemented carbide grades to four for inventory control purposes. The chemical composition of these grades is as follows:

Grade 1 contains 95% WC and 5% Co; Grade 2 contains 82% WC, 4% Co, and 14% TiC; Grade 3 contains 80% WC, 10% Co, and 10% TiC; and Grade 4 contains 89% WC and 11% Co.

Specify the grade that should be used for the rough milling of aluminum and explain your recommendation.

(d)

To determine

A machine shop restricts the figure of cemented carbide grades to four for inventory control purposes. The chemical composition of these grades is as follows:

Grade 1 contains 95% WC and 5% Co; Grade 2 contains 82% WC, 4% Co, and 14% TiC; Grade 3 contains 80% WC, 10% Co, and 10% TiC; and Grade 4 contains 89% WC and 11% Co.

Specify the grade that should be used for the finish turning of brass and explain your recommendation. For each case, explain your recommendation.

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Answer 3

Question

Chapter 22, Problem 17P

(a)

To determine

A machine shop restricts the figure of cemented carbide grades to four for inventory control purposes. The chemical composition of these grades is as follows:

Grade 1 contains 95% WC and 5% Co; Grade 2 contains 82% WC, 4% Co, and 14% TiC; Grade 3 contains 80% WC, 10% Co, and 10% TiC; and Grade 4 contains 89% WC and 11% Co.

Specify the grade that should be used for the rough machining of gray cast iron and explain your recommendation.

(b)

To determine

A machine shop restricts the figure of cemented carbide grades to four for inventory control purposes. The chemical composition of these grades is as follows:

Grade 1 contains 95% WC and 5% Co; Grade 2 contains 82% WC, 4% Co, and 14% TiC; Grade 3 contains 80% WC, 10% Co, and 10% TiC; and Grade 4 contains 89% WC and 11% Co.

Specify the grade that should be used for the finish turning of unhardened steel and explain your recommendation.

(c)

To determine

A machine shop restricts the figure of cemented carbide grades to four for inventory control purposes. The chemical composition of these grades is as follows:

Grade 1 contains 95% WC and 5% Co; Grade 2 contains 82% WC, 4% Co, and 14% TiC; Grade 3 contains 80% WC, 10% Co, and 10% TiC; and Grade 4 contains 89% WC and 11% Co.

Specify the grade that should be used for the rough milling of aluminum and explain your recommendation.

(d)

To determine

A machine shop restricts the figure of cemented carbide grades to four for inventory control purposes. The chemical composition of these grades is as follows:

Grade 1 contains 95% WC and 5% Co; Grade 2 contains 82% WC, 4% Co, and 14% TiC; Grade 3 contains 80% WC, 10% Co, and 10% TiC; and Grade 4 contains 89% WC and 11% Co.

Specify the grade that should be used for the finish turning of brass and explain your recommendation. For each case, explain your recommendation.

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Answer 4

Question

Chapter 22, Problem 17P

(a)

To determine

A machine shop restricts the figure of cemented carbide grades to four for inventory control purposes. The chemical composition of these grades is as follows:

Grade 1 contains 95% WC and 5% Co; Grade 2 contains 82% WC, 4% Co, and 14% TiC; Grade 3 contains 80% WC, 10% Co, and 10% TiC; and Grade 4 contains 89% WC and 11% Co.

Specify the grade that should be used for the rough machining of gray cast iron and explain your recommendation.

(b)

To determine

A machine shop restricts the figure of cemented carbide grades to four for inventory control purposes. The chemical composition of these grades is as follows:

Grade 1 contains 95% WC and 5% Co; Grade 2 contains 82% WC, 4% Co, and 14% TiC; Grade 3 contains 80% WC, 10% Co, and 10% TiC; and Grade 4 contains 89% WC and 11% Co.

Specify the grade that should be used for the finish turning of unhardened steel and explain your recommendation.

(c)

To determine

A machine shop restricts the figure of cemented carbide grades to four for inventory control purposes. The chemical composition of these grades is as follows:

Grade 1 contains 95% WC and 5% Co; Grade 2 contains 82% WC, 4% Co, and 14% TiC; Grade 3 contains 80% WC, 10% Co, and 10% TiC; and Grade 4 contains 89% WC and 11% Co.

Specify the grade that should be used for the rough milling of aluminum and explain your recommendation.

(d)

To determine

A machine shop restricts the figure of cemented carbide grades to four for inventory control purposes. The chemical composition of these grades is as follows:

Grade 1 contains 95% WC and 5% Co; Grade 2 contains 82% WC, 4% Co, and 14% TiC; Grade 3 contains 80% WC, 10% Co, and 10% TiC; and Grade 4 contains 89% WC and 11% Co.

Specify the grade that should be used for the finish turning of brass and explain your recommendation. For each case, explain your recommendation.

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Answer 5

Chapter 22, Problem 17P

(a)

To determine

A machine shop restricts the figure of cemented carbide grades to four for inventory control purposes. The chemical composition of these grades is as follows:

Grade 1 contains 95% WC and 5% Co; Grade 2 contains 82% WC, 4% Co, and 14% TiC; Grade 3 contains 80% WC, 10% Co, and 10% TiC; and Grade 4 contains 89% WC and 11% Co.

Specify the grade that should be used for the rough machining of gray cast iron and explain your recommendation.

(b)

To determine

A machine shop restricts the figure of cemented carbide grades to four for inventory control purposes. The chemical composition of these grades is as follows:

Grade 1 contains 95% WC and 5% Co; Grade 2 contains 82% WC, 4% Co, and 14% TiC; Grade 3 contains 80% WC, 10% Co, and 10% TiC; and Grade 4 contains 89% WC and 11% Co.

Specify the grade that should be used for the finish turning of unhardened steel and explain your recommendation.

(c)

To determine

A machine shop restricts the figure of cemented carbide grades to four for inventory control purposes. The chemical composition of these grades is as follows:

Grade 1 contains 95% WC and 5% Co; Grade 2 contains 82% WC, 4% Co, and 14% TiC; Grade 3 contains 80% WC, 10% Co, and 10% TiC; and Grade 4 contains 89% WC and 11% Co.

Specify the grade that should be used for the rough milling of aluminum and explain your recommendation.

(d)

To determine

A machine shop restricts the figure of cemented carbide grades to four for inventory control purposes. The chemical composition of these grades is as follows:

Grade 1 contains 95% WC and 5% Co; Grade 2 contains 82% WC, 4% Co, and 14% TiC; Grade 3 contains 80% WC, 10% Co, and 10% TiC; and Grade 4 contains 89% WC and 11% Co.

Specify the grade that should be used for the finish turning of brass and explain your recommendation. For each case, explain your recommendation.

Answer 6

Chapter 22, Problem 17P

(a)

To determine

A machine shop restricts the figure of cemented carbide grades to four for inventory control purposes. The chemical composition of these grades is as follows:

Grade 1 contains 95% WC and 5% Co; Grade 2 contains 82% WC, 4% Co, and 14% TiC; Grade 3 contains 80% WC, 10% Co, and 10% TiC; and Grade 4 contains 89% WC and 11% Co.

Specify the grade that should be used for the rough machining of gray cast iron and explain your recommendation.

Answer 7

Chapter 22, Problem 17P

(a)

To determine

A machine shop restricts the figure of cemented carbide grades to four for inventory control purposes. The chemical composition of these grades is as follows:

Grade 1 contains 95% WC and 5% Co; Grade 2 contains 82% WC, 4% Co, and 14% TiC; Grade 3 contains 80% WC, 10% Co, and 10% TiC; and Grade 4 contains 89% WC and 11% Co.

Specify the grade that should be used for the rough machining of gray cast iron and explain your recommendation.

Answer 8

(b)

To determine

A machine shop restricts the figure of cemented carbide grades to four for inventory control purposes. The chemical composition of these grades is as follows:

Grade 1 contains 95% WC and 5% Co; Grade 2 contains 82% WC, 4% Co, and 14% TiC; Grade 3 contains 80% WC, 10% Co, and 10% TiC; and Grade 4 contains 89% WC and 11% Co.

Specify the grade that should be used for the finish turning of unhardened steel and explain your recommendation.

Answer 9

(b)

To determine

A machine shop restricts the figure of cemented carbide grades to four for inventory control purposes. The chemical composition of these grades is as follows:

Grade 1 contains 95% WC and 5% Co; Grade 2 contains 82% WC, 4% Co, and 14% TiC; Grade 3 contains 80% WC, 10% Co, and 10% TiC; and Grade 4 contains 89% WC and 11% Co.

Specify the grade that should be used for the finish turning of unhardened steel and explain your recommendation.

Answer 10

(c)

To determine

A machine shop restricts the figure of cemented carbide grades to four for inventory control purposes. The chemical composition of these grades is as follows:

Grade 1 contains 95% WC and 5% Co; Grade 2 contains 82% WC, 4% Co, and 14% TiC; Grade 3 contains 80% WC, 10% Co, and 10% TiC; and Grade 4 contains 89% WC and 11% Co.

Specify the grade that should be used for the rough milling of aluminum and explain your recommendation.

Answer 11

(c)

To determine

A machine shop restricts the figure of cemented carbide grades to four for inventory control purposes. The chemical composition of these grades is as follows:

Grade 1 contains 95% WC and 5% Co; Grade 2 contains 82% WC, 4% Co, and 14% TiC; Grade 3 contains 80% WC, 10% Co, and 10% TiC; and Grade 4 contains 89% WC and 11% Co.

Specify the grade that should be used for the rough milling of aluminum and explain your recommendation.

Answer 12

(d)

To determine

A machine shop restricts the figure of cemented carbide grades to four for inventory control purposes. The chemical composition of these grades is as follows:

Grade 1 contains 95% WC and 5% Co; Grade 2 contains 82% WC, 4% Co, and 14% TiC; Grade 3 contains 80% WC, 10% Co, and 10% TiC; and Grade 4 contains 89% WC and 11% Co.

Specify the grade that should be used for the finish turning of brass and explain your recommendation. For each case, explain your recommendation.

Answer 13

(d)

To determine

A machine shop restricts the figure of cemented carbide grades to four for inventory control purposes. The chemical composition of these grades is as follows:

Grade 1 contains 95% WC and 5% Co; Grade 2 contains 82% WC, 4% Co, and 14% TiC; Grade 3 contains 80% WC, 10% Co, and 10% TiC; and Grade 4 contains 89% WC and 11% Co.

Specify the grade that should be used for the finish turning of brass and explain your recommendation. For each case, explain your recommendation.

Answer 14

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Answer 15

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Answer 16

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Answer 17

Ch. 22 - Prob. 1RQ Ch. 22 - Prob. 2RQ Ch. 22 - Prob. 3RQ Ch. 22 - Prob. 4RQ Ch. 22 - Prob. 5RQ Ch. 22 - Prob. 6RQ Ch. 22 - Prob. 7RQ Ch. 22 - Prob. 8RQ Ch. 22 - Prob. 9RQ Ch. 22 - 22.10 What is the difference in ingredients...

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