The key concept for Section 14.4. Give two examples of promising substitutes for key mineral resources. Define nanotechnology and its potential environmental and other benefits. List the problems that could arise from the widespread use of nanotechnology. Describe the potential of using graphene and phosphorene as new resources. Explain the benefits of recycling and reusing valuable metals. List five ways to use non-renewable mineral resources more sustainably. The two examples of research into substitutes for rare earth metals. Explain the reason why uneven distribution of lithium among various countries is a concern.

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Answer 1

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Chapter 14, Problem 8CR

To determine

The key concept for Section 14.4. Give two examples of promising substitutes for key mineral resources. Define nanotechnology and its potential environmental and other benefits. List the problems that could arise from the widespread use of nanotechnology. Describe the potential of using graphene and phosphorene as new resources. Explain the benefits of recycling and reusing valuable metals. List five ways to use non-renewable mineral resources more sustainably. The two examples of research into substitutes for rare earth metals. Explain the reason why uneven distribution of lithium among various countries is a concern.

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Answer 2

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Chapter 14, Problem 8CR

To determine

The key concept for Section 14.4. Give two examples of promising substitutes for key mineral resources. Define nanotechnology and its potential environmental and other benefits. List the problems that could arise from the widespread use of nanotechnology. Describe the potential of using graphene and phosphorene as new resources. Explain the benefits of recycling and reusing valuable metals. List five ways to use non-renewable mineral resources more sustainably. The two examples of research into substitutes for rare earth metals. Explain the reason why uneven distribution of lithium among various countries is a concern.

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Answer 3

Question

Chapter 14, Problem 8CR

To determine

The key concept for Section 14.4. Give two examples of promising substitutes for key mineral resources. Define nanotechnology and its potential environmental and other benefits. List the problems that could arise from the widespread use of nanotechnology. Describe the potential of using graphene and phosphorene as new resources. Explain the benefits of recycling and reusing valuable metals. List five ways to use non-renewable mineral resources more sustainably. The two examples of research into substitutes for rare earth metals. Explain the reason why uneven distribution of lithium among various countries is a concern.

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Answer 4

Question

Chapter 14, Problem 8CR

To determine

The key concept for Section 14.4. Give two examples of promising substitutes for key mineral resources. Define nanotechnology and its potential environmental and other benefits. List the problems that could arise from the widespread use of nanotechnology. Describe the potential of using graphene and phosphorene as new resources. Explain the benefits of recycling and reusing valuable metals. List five ways to use non-renewable mineral resources more sustainably. The two examples of research into substitutes for rare earth metals. Explain the reason why uneven distribution of lithium among various countries is a concern.

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Answer 5

Chapter 14, Problem 8CR

To determine

The key concept for Section 14.4. Give two examples of promising substitutes for key mineral resources. Define nanotechnology and its potential environmental and other benefits. List the problems that could arise from the widespread use of nanotechnology. Describe the potential of using graphene and phosphorene as new resources. Explain the benefits of recycling and reusing valuable metals. List five ways to use non-renewable mineral resources more sustainably. The two examples of research into substitutes for rare earth metals. Explain the reason why uneven distribution of lithium among various countries is a concern.

Answer 6

Chapter 14, Problem 8CR

To determine

The key concept for Section 14.4. Give two examples of promising substitutes for key mineral resources. Define nanotechnology and its potential environmental and other benefits. List the problems that could arise from the widespread use of nanotechnology. Describe the potential of using graphene and phosphorene as new resources. Explain the benefits of recycling and reusing valuable metals. List five ways to use non-renewable mineral resources more sustainably. The two examples of research into substitutes for rare earth metals. Explain the reason why uneven distribution of lithium among various countries is a concern.

Answer 7

Chapter 14, Problem 8CR

To determine

The key concept for Section 14.4. Give two examples of promising substitutes for key mineral resources. Define nanotechnology and its potential environmental and other benefits. List the problems that could arise from the widespread use of nanotechnology. Describe the potential of using graphene and phosphorene as new resources. Explain the benefits of recycling and reusing valuable metals. List five ways to use non-renewable mineral resources more sustainably. The two examples of research into substitutes for rare earth metals. Explain the reason why uneven distribution of lithium among various countries is a concern.

Answer 8

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Answer 9

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Answer 11

Ch. 14 - Prob. 1CR Ch. 14 - Prob. 2CR Ch. 14 - Prob. 3CR Ch. 14 - Prob. 4CR Ch. 14 - Prob. 5CR Ch. 14 - Prob. 6CR Ch. 14 - Prob. 7CR Ch. 14 - Prob. 8CR Ch. 14 - Prob. 9CR Ch. 14 - Prob. 10CR

Solution Summary: The author explains the key concept for Section 14.4, which is the search for scarce resources, reduce mineral resource waste, recycle and reuse minerals.

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Chapter 14 Solutions