(a) Interpretation: State that the copper element A or element B is labeled in given phase diagram of copper-silver metals. Fig. 1 - Phase diagram of copper-silver metals Concept Introduction: The properties of the copper-silver alloy are as follows- 1. Melting point − ( 779-900 ) °C 2. Molecular weight − 171 .41 3. Density − ( 9 .7-10 .4 ) g/cm³ 4. Insoluble in water In the case of silver and copper alloy, both of these are not able to melt together and form a new alloy with ( 1-99 ) % of any one in pure form. That's why the alloy of this case, are mostly available in the following forms − 1. Sterling silver − In sterling silver, the weight percentage of pure silver is 92 % 2. Coin silver - The weight percentage of pure silver available in coin silver is 90 % There is a new alloy also available known as Electrum. In this alloy, the weight percentage of silver is from ( 20 - 80 ) % .

Question

For the circuit shown in Figure (1). Solve the following: ( A. What type of logic does it represent? C. Explain the function of D1. B. What type of logic family does it belong to? D. Explain the importance of DL. E. How many stages it has? Explain the function of each one. F. Construct the truth table and explain it briefly. G.How can you convert this circuit to an open collector form? Explain and sketch it. H.How can you convert this circuit to a tri-state form? Explain and sketch it. I. How can you prevent the transistors from being saturated? J. Which transistor should be modified to convert this circuit to a 4-inputs NAND? Explain and sketch it. K.Convert this circuit to a 2-inputs NOR gate and draw it. R-1200 R-4.2K R-1.5K R-IK Figure (1) lour e Your

Answer 1

Question

Chapter 11, Problem 11.47P

Interpretation Introduction

(a)

Interpretation:

State that the copper element A or element B is labeled in given phase diagram of copper-silver metals.

Fig. 1 - Phase diagram of copper-silver metals

Concept Introduction:

The properties of the copper-silver alloy are as follows-

1. Melting point − (779-900)°C

2. Molecular weight − 171.41

3. Density − (9.7-10.4)g/cm³

4. Insoluble in water

In the case of silver and copper alloy, both of these are not able to melt together and form a new alloy with (1-99)% of any one in pure form. That's why the alloy of this case, are mostly available in the following forms −

1. Sterling silver − In sterling silver, the weight percentage of pure silver is 92%

2. Coin silver - The weight percentage of pure silver available in coin silver is 90%

There is a new alloy also available known as Electrum. In this alloy, the weight percentage of silver is from (20 - 80)%.

Interpretation Introduction

(b)

Interpretation:

The well labelled phase diagram of the copper silver alloy needs to be sketched.

Concept Introduction:

The properties of the copper-silver alloy are as follows-

1. Melting point − (779-900)°C

2. Molecular weight − 171.41

3. Density − (9.7-10.4)g/cm³

4. Insoluble in water

In the case of silver and copper alloy, both of these are not able to melt together and form a new alloy with (1-99)% of any one in pure form. That's why the alloy of this case, are mostly available in the following forms −

1. Sterling silver − In sterling silver, the weight percentage of pure silver is 92%

2. Coin silver - The weight percentage of pure silver available in coin silver is 90%

There is a new alloy also available known as Electrum. In this alloy, the weight percentage of silver is from (20 - 80)%.

Interpretation Introduction

(c)

Interpretation:

Whether the new composition is stronger or weaker needs to be determined, if it cools down at 600 °C with 90 % A and 10 % B.

Concept Introduction:

The properties of the copper-silver alloy are as follows-

1. Melting point − (779-900)°C

2. Molecular weight − 171.41

3. Density − (9.7-10.4)g/cm³

4. Insoluble in water

In the case of silver and copper alloy, both of these are not able to melt together and form a new alloy with

(1-99)% of any one in pure form. That's why the alloy of this case, are mostly available in the following forms −

1. Sterling silver − In sterling silver, the weight percentage of pure silver is 92%

2. Coin silver - The weight percentage of pure silver available in coin silver is 90%

There is a new alloy also available known as Electrum. In this alloy, the weight percentage of silver is from (20 - 80)%.

Interpretation Introduction

(d)

Interpretation:

The statement "microstructure can lead to the discrepancy" needs to be justified by giving an example.

Concept Introduction:

The properties of the copper-silver alloy are as follows-

1. Melting point − (779-900)°C

2. Molecular weight − 171.41

3. Density − (9.7-10.4)g/cm³

4. Insoluble in water

In the case of silver and copper alloy, both of these are not able to melt together and form a new alloy with (1-99)% of any one in pure form. That's why the alloy of this case, are mostly available in the following forms −

1. Sterling silver − In sterling silver, the weight percentage of pure silver is 92%

2. Coin silver - The weight percentage of pure silver available in coin silver is 90%

There is a new alloy also available known as Electrum. In this alloy, the weight percentage of silver is from (20 - 80)%.

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For the circuit shown in Figure (1). Solve the following: ( A. What type of logic does it represent? C. Explain the function of D1. B. What type of logic family does it belong to? D. Explain the importance of DL. E. How many stages it has? Explain the function of each one. F. Construct the truth table and explain it briefly. G.How can you convert this circuit to an open collector form? Explain and sketch it. H.How can you convert this circuit to a tri-state form? Explain and sketch it. I. How can you prevent the transistors from being saturated? J. Which transistor should be modified to convert this circuit to a 4-inputs NAND? Explain and sketch it. K.Convert this circuit to a 2-inputs NOR gate and draw it. R-1200 R-4.2K R-1.5K R-IK Figure (1) lour e Your

E. How many stages it has? Explain the function of each one. F. Construct the truth table and explain it briefly. G.How can you convert this circuit to an open collector form? Explain and sketch it. H.How can you convert this circuit to a tri-state form? Explain and sketch it. I. How can you prevent the transistors from being saturated? J. Which transistor should be modified to convert this circuit to a 4-inputs NAND? Explain and sketch it. K.Convert this circuit to a 2-inputs NOR gate and draw it. R-4.2K W R-1200 R-1.5K R-IK Figure (1) JOUT e Your

A 4 inch wide, 12 inch tall cross section beam is subjected to an internal shear of 5.5 kips. What is the maximum transverse shear stress in the beam in psi if this bending is about the x axis?

Answer 2

Question

Chapter 11, Problem 11.47P

Interpretation Introduction

(a)

Interpretation:

State that the copper element A or element B is labeled in given phase diagram of copper-silver metals.

Fig. 1 - Phase diagram of copper-silver metals

Concept Introduction:

The properties of the copper-silver alloy are as follows-

1. Melting point − (779-900)°C

2. Molecular weight − 171.41

3. Density − (9.7-10.4)g/cm³

4. Insoluble in water

In the case of silver and copper alloy, both of these are not able to melt together and form a new alloy with (1-99)% of any one in pure form. That's why the alloy of this case, are mostly available in the following forms −

1. Sterling silver − In sterling silver, the weight percentage of pure silver is 92%

2. Coin silver - The weight percentage of pure silver available in coin silver is 90%

There is a new alloy also available known as Electrum. In this alloy, the weight percentage of silver is from (20 - 80)%.

Interpretation Introduction

(b)

Interpretation:

The well labelled phase diagram of the copper silver alloy needs to be sketched.

Concept Introduction:

The properties of the copper-silver alloy are as follows-

1. Melting point − (779-900)°C

2. Molecular weight − 171.41

3. Density − (9.7-10.4)g/cm³

4. Insoluble in water

In the case of silver and copper alloy, both of these are not able to melt together and form a new alloy with (1-99)% of any one in pure form. That's why the alloy of this case, are mostly available in the following forms −

1. Sterling silver − In sterling silver, the weight percentage of pure silver is 92%

2. Coin silver - The weight percentage of pure silver available in coin silver is 90%

There is a new alloy also available known as Electrum. In this alloy, the weight percentage of silver is from (20 - 80)%.

Interpretation Introduction

(c)

Interpretation:

Whether the new composition is stronger or weaker needs to be determined, if it cools down at 600 °C with 90 % A and 10 % B.

Concept Introduction:

The properties of the copper-silver alloy are as follows-

1. Melting point − (779-900)°C

2. Molecular weight − 171.41

3. Density − (9.7-10.4)g/cm³

4. Insoluble in water

In the case of silver and copper alloy, both of these are not able to melt together and form a new alloy with

(1-99)% of any one in pure form. That's why the alloy of this case, are mostly available in the following forms −

1. Sterling silver − In sterling silver, the weight percentage of pure silver is 92%

2. Coin silver - The weight percentage of pure silver available in coin silver is 90%

There is a new alloy also available known as Electrum. In this alloy, the weight percentage of silver is from (20 - 80)%.

Interpretation Introduction

(d)

Interpretation:

The statement "microstructure can lead to the discrepancy" needs to be justified by giving an example.

Concept Introduction:

The properties of the copper-silver alloy are as follows-

1. Melting point − (779-900)°C

2. Molecular weight − 171.41

3. Density − (9.7-10.4)g/cm³

4. Insoluble in water

In the case of silver and copper alloy, both of these are not able to melt together and form a new alloy with (1-99)% of any one in pure form. That's why the alloy of this case, are mostly available in the following forms −

1. Sterling silver − In sterling silver, the weight percentage of pure silver is 92%

2. Coin silver - The weight percentage of pure silver available in coin silver is 90%

There is a new alloy also available known as Electrum. In this alloy, the weight percentage of silver is from (20 - 80)%.

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Answer 3

Question

Chapter 11, Problem 11.47P

Interpretation Introduction

(a)

Interpretation:

State that the copper element A or element B is labeled in given phase diagram of copper-silver metals.

Fig. 1 - Phase diagram of copper-silver metals

Concept Introduction:

The properties of the copper-silver alloy are as follows-

1. Melting point − (779-900)°C

2. Molecular weight − 171.41

3. Density − (9.7-10.4)g/cm³

4. Insoluble in water

In the case of silver and copper alloy, both of these are not able to melt together and form a new alloy with (1-99)% of any one in pure form. That's why the alloy of this case, are mostly available in the following forms −

1. Sterling silver − In sterling silver, the weight percentage of pure silver is 92%

2. Coin silver - The weight percentage of pure silver available in coin silver is 90%

There is a new alloy also available known as Electrum. In this alloy, the weight percentage of silver is from (20 - 80)%.

Interpretation Introduction

(b)

Interpretation:

The well labelled phase diagram of the copper silver alloy needs to be sketched.

Concept Introduction:

The properties of the copper-silver alloy are as follows-

1. Melting point − (779-900)°C

2. Molecular weight − 171.41

3. Density − (9.7-10.4)g/cm³

4. Insoluble in water

In the case of silver and copper alloy, both of these are not able to melt together and form a new alloy with (1-99)% of any one in pure form. That's why the alloy of this case, are mostly available in the following forms −

1. Sterling silver − In sterling silver, the weight percentage of pure silver is 92%

2. Coin silver - The weight percentage of pure silver available in coin silver is 90%

There is a new alloy also available known as Electrum. In this alloy, the weight percentage of silver is from (20 - 80)%.

Interpretation Introduction

(c)

Interpretation:

Whether the new composition is stronger or weaker needs to be determined, if it cools down at 600 °C with 90 % A and 10 % B.

Concept Introduction:

The properties of the copper-silver alloy are as follows-

1. Melting point − (779-900)°C

2. Molecular weight − 171.41

3. Density − (9.7-10.4)g/cm³

4. Insoluble in water

In the case of silver and copper alloy, both of these are not able to melt together and form a new alloy with

(1-99)% of any one in pure form. That's why the alloy of this case, are mostly available in the following forms −

1. Sterling silver − In sterling silver, the weight percentage of pure silver is 92%

2. Coin silver - The weight percentage of pure silver available in coin silver is 90%

There is a new alloy also available known as Electrum. In this alloy, the weight percentage of silver is from (20 - 80)%.

Interpretation Introduction

(d)

Interpretation:

The statement "microstructure can lead to the discrepancy" needs to be justified by giving an example.

Concept Introduction:

The properties of the copper-silver alloy are as follows-

1. Melting point − (779-900)°C

2. Molecular weight − 171.41

3. Density − (9.7-10.4)g/cm³

4. Insoluble in water

In the case of silver and copper alloy, both of these are not able to melt together and form a new alloy with (1-99)% of any one in pure form. That's why the alloy of this case, are mostly available in the following forms −

1. Sterling silver − In sterling silver, the weight percentage of pure silver is 92%

2. Coin silver - The weight percentage of pure silver available in coin silver is 90%

There is a new alloy also available known as Electrum. In this alloy, the weight percentage of silver is from (20 - 80)%.

Expert Solution & Answer

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Answer 4

Question

Chapter 11, Problem 11.47P

Interpretation Introduction

(a)

Interpretation:

State that the copper element A or element B is labeled in given phase diagram of copper-silver metals.

Fig. 1 - Phase diagram of copper-silver metals

Concept Introduction:

The properties of the copper-silver alloy are as follows-

1. Melting point − (779-900)°C

2. Molecular weight − 171.41

3. Density − (9.7-10.4)g/cm³

4. Insoluble in water

In the case of silver and copper alloy, both of these are not able to melt together and form a new alloy with (1-99)% of any one in pure form. That's why the alloy of this case, are mostly available in the following forms −

1. Sterling silver − In sterling silver, the weight percentage of pure silver is 92%

2. Coin silver - The weight percentage of pure silver available in coin silver is 90%

There is a new alloy also available known as Electrum. In this alloy, the weight percentage of silver is from (20 - 80)%.

Interpretation Introduction

(b)

Interpretation:

The well labelled phase diagram of the copper silver alloy needs to be sketched.

Concept Introduction:

The properties of the copper-silver alloy are as follows-

1. Melting point − (779-900)°C

2. Molecular weight − 171.41

3. Density − (9.7-10.4)g/cm³

4. Insoluble in water

In the case of silver and copper alloy, both of these are not able to melt together and form a new alloy with (1-99)% of any one in pure form. That's why the alloy of this case, are mostly available in the following forms −

1. Sterling silver − In sterling silver, the weight percentage of pure silver is 92%

2. Coin silver - The weight percentage of pure silver available in coin silver is 90%

There is a new alloy also available known as Electrum. In this alloy, the weight percentage of silver is from (20 - 80)%.

Interpretation Introduction

(c)

Interpretation:

Whether the new composition is stronger or weaker needs to be determined, if it cools down at 600 °C with 90 % A and 10 % B.

Concept Introduction:

The properties of the copper-silver alloy are as follows-

1. Melting point − (779-900)°C

2. Molecular weight − 171.41

3. Density − (9.7-10.4)g/cm³

4. Insoluble in water

In the case of silver and copper alloy, both of these are not able to melt together and form a new alloy with

(1-99)% of any one in pure form. That's why the alloy of this case, are mostly available in the following forms −

1. Sterling silver − In sterling silver, the weight percentage of pure silver is 92%

2. Coin silver - The weight percentage of pure silver available in coin silver is 90%

There is a new alloy also available known as Electrum. In this alloy, the weight percentage of silver is from (20 - 80)%.

Interpretation Introduction

(d)

Interpretation:

The statement "microstructure can lead to the discrepancy" needs to be justified by giving an example.

Concept Introduction:

The properties of the copper-silver alloy are as follows-

1. Melting point − (779-900)°C

2. Molecular weight − 171.41

3. Density − (9.7-10.4)g/cm³

4. Insoluble in water

In the case of silver and copper alloy, both of these are not able to melt together and form a new alloy with (1-99)% of any one in pure form. That's why the alloy of this case, are mostly available in the following forms −

1. Sterling silver − In sterling silver, the weight percentage of pure silver is 92%

2. Coin silver - The weight percentage of pure silver available in coin silver is 90%

There is a new alloy also available known as Electrum. In this alloy, the weight percentage of silver is from (20 - 80)%.

Expert Solution & Answer

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Answer 5

Chapter 11, Problem 11.47P

Interpretation Introduction

(a)

Interpretation:

State that the copper element A or element B is labeled in given phase diagram of copper-silver metals.

Fig. 1 - Phase diagram of copper-silver metals

Concept Introduction:

The properties of the copper-silver alloy are as follows-

1. Melting point − (779-900)°C

2. Molecular weight − 171.41

3. Density − (9.7-10.4)g/cm³

4. Insoluble in water

In the case of silver and copper alloy, both of these are not able to melt together and form a new alloy with (1-99)% of any one in pure form. That's why the alloy of this case, are mostly available in the following forms −

1. Sterling silver − In sterling silver, the weight percentage of pure silver is 92%

2. Coin silver - The weight percentage of pure silver available in coin silver is 90%

There is a new alloy also available known as Electrum. In this alloy, the weight percentage of silver is from (20 - 80)%.

Interpretation Introduction

(b)

Interpretation:

The well labelled phase diagram of the copper silver alloy needs to be sketched.

Concept Introduction:

The properties of the copper-silver alloy are as follows-

1. Melting point − (779-900)°C

2. Molecular weight − 171.41

3. Density − (9.7-10.4)g/cm³

4. Insoluble in water

In the case of silver and copper alloy, both of these are not able to melt together and form a new alloy with (1-99)% of any one in pure form. That's why the alloy of this case, are mostly available in the following forms −

1. Sterling silver − In sterling silver, the weight percentage of pure silver is 92%

2. Coin silver - The weight percentage of pure silver available in coin silver is 90%

There is a new alloy also available known as Electrum. In this alloy, the weight percentage of silver is from (20 - 80)%.

Interpretation Introduction

(c)

Interpretation:

Whether the new composition is stronger or weaker needs to be determined, if it cools down at 600 °C with 90 % A and 10 % B.

Concept Introduction:

The properties of the copper-silver alloy are as follows-

1. Melting point − (779-900)°C

2. Molecular weight − 171.41

3. Density − (9.7-10.4)g/cm³

4. Insoluble in water

In the case of silver and copper alloy, both of these are not able to melt together and form a new alloy with

(1-99)% of any one in pure form. That's why the alloy of this case, are mostly available in the following forms −

1. Sterling silver − In sterling silver, the weight percentage of pure silver is 92%

2. Coin silver - The weight percentage of pure silver available in coin silver is 90%

There is a new alloy also available known as Electrum. In this alloy, the weight percentage of silver is from (20 - 80)%.

Interpretation Introduction

(d)

Interpretation:

The statement "microstructure can lead to the discrepancy" needs to be justified by giving an example.

Concept Introduction:

The properties of the copper-silver alloy are as follows-

1. Melting point − (779-900)°C

2. Molecular weight − 171.41

3. Density − (9.7-10.4)g/cm³

4. Insoluble in water

In the case of silver and copper alloy, both of these are not able to melt together and form a new alloy with (1-99)% of any one in pure form. That's why the alloy of this case, are mostly available in the following forms −

1. Sterling silver − In sterling silver, the weight percentage of pure silver is 92%

2. Coin silver - The weight percentage of pure silver available in coin silver is 90%

There is a new alloy also available known as Electrum. In this alloy, the weight percentage of silver is from (20 - 80)%.

Answer 6

Chapter 11, Problem 11.47P

Interpretation Introduction

(a)

Interpretation:

State that the copper element A or element B is labeled in given phase diagram of copper-silver metals.

Fig. 1 - Phase diagram of copper-silver metals

Concept Introduction:

The properties of the copper-silver alloy are as follows-

1. Melting point − (779-900)°C

2. Molecular weight − 171.41

3. Density − (9.7-10.4)g/cm³

4. Insoluble in water

In the case of silver and copper alloy, both of these are not able to melt together and form a new alloy with (1-99)% of any one in pure form. That's why the alloy of this case, are mostly available in the following forms −

1. Sterling silver − In sterling silver, the weight percentage of pure silver is 92%

2. Coin silver - The weight percentage of pure silver available in coin silver is 90%

There is a new alloy also available known as Electrum. In this alloy, the weight percentage of silver is from (20 - 80)%.

Answer 7

Chapter 11, Problem 11.47P

Interpretation Introduction

(a)

Interpretation:

State that the copper element A or element B is labeled in given phase diagram of copper-silver metals.

Fig. 1 - Phase diagram of copper-silver metals

Concept Introduction:

The properties of the copper-silver alloy are as follows-

1. Melting point − (779-900)°C

2. Molecular weight − 171.41

3. Density − (9.7-10.4)g/cm³

4. Insoluble in water

In the case of silver and copper alloy, both of these are not able to melt together and form a new alloy with (1-99)% of any one in pure form. That's why the alloy of this case, are mostly available in the following forms −

1. Sterling silver − In sterling silver, the weight percentage of pure silver is 92%

2. Coin silver - The weight percentage of pure silver available in coin silver is 90%

There is a new alloy also available known as Electrum. In this alloy, the weight percentage of silver is from (20 - 80)%.

Answer 8

Interpretation Introduction

(b)

Interpretation:

The well labelled phase diagram of the copper silver alloy needs to be sketched.

Concept Introduction:

The properties of the copper-silver alloy are as follows-

1. Melting point − (779-900)°C

2. Molecular weight − 171.41

3. Density − (9.7-10.4)g/cm³

4. Insoluble in water

In the case of silver and copper alloy, both of these are not able to melt together and form a new alloy with (1-99)% of any one in pure form. That's why the alloy of this case, are mostly available in the following forms −

1. Sterling silver − In sterling silver, the weight percentage of pure silver is 92%

2. Coin silver - The weight percentage of pure silver available in coin silver is 90%

There is a new alloy also available known as Electrum. In this alloy, the weight percentage of silver is from (20 - 80)%.

Answer 9

Interpretation Introduction

(b)

Interpretation:

The well labelled phase diagram of the copper silver alloy needs to be sketched.

Concept Introduction:

The properties of the copper-silver alloy are as follows-

1. Melting point − (779-900)°C

2. Molecular weight − 171.41

3. Density − (9.7-10.4)g/cm³

4. Insoluble in water

In the case of silver and copper alloy, both of these are not able to melt together and form a new alloy with (1-99)% of any one in pure form. That's why the alloy of this case, are mostly available in the following forms −

1. Sterling silver − In sterling silver, the weight percentage of pure silver is 92%

2. Coin silver - The weight percentage of pure silver available in coin silver is 90%

There is a new alloy also available known as Electrum. In this alloy, the weight percentage of silver is from (20 - 80)%.

Answer 10

Interpretation Introduction

(c)

Interpretation:

Whether the new composition is stronger or weaker needs to be determined, if it cools down at 600 °C with 90 % A and 10 % B.

Concept Introduction:

The properties of the copper-silver alloy are as follows-

1. Melting point − (779-900)°C

2. Molecular weight − 171.41

3. Density − (9.7-10.4)g/cm³

4. Insoluble in water

In the case of silver and copper alloy, both of these are not able to melt together and form a new alloy with

(1-99)% of any one in pure form. That's why the alloy of this case, are mostly available in the following forms −

1. Sterling silver − In sterling silver, the weight percentage of pure silver is 92%

2. Coin silver - The weight percentage of pure silver available in coin silver is 90%

There is a new alloy also available known as Electrum. In this alloy, the weight percentage of silver is from (20 - 80)%.

Answer 11

Interpretation Introduction

(c)

Interpretation:

Whether the new composition is stronger or weaker needs to be determined, if it cools down at 600 °C with 90 % A and 10 % B.

Concept Introduction:

The properties of the copper-silver alloy are as follows-

1. Melting point − (779-900)°C

2. Molecular weight − 171.41

3. Density − (9.7-10.4)g/cm³

4. Insoluble in water

In the case of silver and copper alloy, both of these are not able to melt together and form a new alloy with

(1-99)% of any one in pure form. That's why the alloy of this case, are mostly available in the following forms −

1. Sterling silver − In sterling silver, the weight percentage of pure silver is 92%

2. Coin silver - The weight percentage of pure silver available in coin silver is 90%

There is a new alloy also available known as Electrum. In this alloy, the weight percentage of silver is from (20 - 80)%.

Answer 12

Interpretation Introduction

(d)

Interpretation:

The statement "microstructure can lead to the discrepancy" needs to be justified by giving an example.

Concept Introduction:

The properties of the copper-silver alloy are as follows-

1. Melting point − (779-900)°C

2. Molecular weight − 171.41

3. Density − (9.7-10.4)g/cm³

4. Insoluble in water

In the case of silver and copper alloy, both of these are not able to melt together and form a new alloy with (1-99)% of any one in pure form. That's why the alloy of this case, are mostly available in the following forms −

1. Sterling silver − In sterling silver, the weight percentage of pure silver is 92%

2. Coin silver - The weight percentage of pure silver available in coin silver is 90%

There is a new alloy also available known as Electrum. In this alloy, the weight percentage of silver is from (20 - 80)%.

Answer 13

Interpretation Introduction

(d)

Interpretation:

The statement "microstructure can lead to the discrepancy" needs to be justified by giving an example.

Concept Introduction:

The properties of the copper-silver alloy are as follows-

1. Melting point − (779-900)°C

2. Molecular weight − 171.41

3. Density − (9.7-10.4)g/cm³

4. Insoluble in water

In the case of silver and copper alloy, both of these are not able to melt together and form a new alloy with (1-99)% of any one in pure form. That's why the alloy of this case, are mostly available in the following forms −

1. Sterling silver − In sterling silver, the weight percentage of pure silver is 92%

2. Coin silver - The weight percentage of pure silver available in coin silver is 90%

There is a new alloy also available known as Electrum. In this alloy, the weight percentage of silver is from (20 - 80)%.

Answer 14

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Answer 15

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Answer 16

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Answer 17

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Answer 18

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Answer 19

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Answer 20

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Answer 21

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Answer 22

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Answer 23

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Answer 24

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Answer 25

Ch. 11 - Prob. 11.1P Ch. 11 - Prob. 11.2P Ch. 11 - Prob. 11.3P Ch. 11 - Prob. 11.4P Ch. 11 - Prob. 11.5P Ch. 11 - Prob. 11.6P Ch. 11 - Prob. 11.7P Ch. 11 - Prob. 11.8P Ch. 11 - Prob. 11.9P Ch. 11 - Prob. 11.10P

Solution Summary: The author states that the copper element A or element B is labeled in the phase diagram of copper-silver metals.

Chapter 11 Solutions