Homework Answers 10.23 – a) cubic-closest, b) simple cubic, c) hex.-closest, d) body-centered...

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Homework Answers • 10.23 – a) cubic-closest, b) simple cubic, c) hex.-closest, d) body-centered cubic • 10.25 – a) CaTiO 3 , b) +4 • 10.73 – a) 175 pm, b) 11.3 g/cm 3 • 10.75 – 549 pm • 10.77 – d = 428 pm, r = 185 pm • 10.81 – one Cl - and one Cs + per cell • 10.115 – a) 3 Nb’s and 3 O’s, b) NbO, c) +2 Copyright © 2008 Pearson Prentice Hall, Inc. Chapter 1/1

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Transcript of Homework Answers 10.23 – a) cubic-closest, b) simple cubic, c) hex.-closest, d) body-centered...

Page 1: Homework Answers 10.23 – a) cubic-closest, b) simple cubic, c) hex.-closest, d) body-centered cubic 10.25 – a) CaTiO 3, b) +4 10.73 – a) 175 pm, b) 11.3.

Homework Answers

• 10.23 – a) cubic-closest, b) simple cubic, c) hex.-closest, d) body-centered cubic

• 10.25 – a) CaTiO3, b) +4

• 10.73 – a) 175 pm, b) 11.3 g/cm3

• 10.75 – 549 pm• 10.77 – d = 428 pm, r = 185 pm• 10.81 – one Cl- and one Cs+ per cell• 10.115 – a) 3 Nb’s and 3 O’s, b) NbO, c) +2

Copyright © 2008 Pearson Prentice Hall, Inc. Chapter 1/1

Page 2: Homework Answers 10.23 – a) cubic-closest, b) simple cubic, c) hex.-closest, d) body-centered cubic 10.25 – a) CaTiO 3, b) +4 10.73 – a) 175 pm, b) 11.3.

Covalent Networksand

Phase Diagrams

Copyright © 2008 Pearson Prentice Hall, Inc.

Page 3: Homework Answers 10.23 – a) cubic-closest, b) simple cubic, c) hex.-closest, d) body-centered cubic 10.25 – a) CaTiO 3, b) +4 10.73 – a) 175 pm, b) 11.3.

Copyright © 2008 Pearson Prentice Hall, Inc. Chapter 10/3

Structures of Some Covalent Network Solids

Carbon• graphite• diamond• fullerene• nanotubes

Silica (SiO2)• quartz• sand• quartz glass

Page 4: Homework Answers 10.23 – a) cubic-closest, b) simple cubic, c) hex.-closest, d) body-centered cubic 10.25 – a) CaTiO 3, b) +4 10.73 – a) 175 pm, b) 11.3.

Copyright © 2008 Pearson Prentice Hall, Inc. Chapter 10/4

Structures of Some Covalent Network Solids

Carbon Allotropes

Allotropes: Different structural forms of an element.

Page 5: Homework Answers 10.23 – a) cubic-closest, b) simple cubic, c) hex.-closest, d) body-centered cubic 10.25 – a) CaTiO 3, b) +4 10.73 – a) 175 pm, b) 11.3.
Page 6: Homework Answers 10.23 – a) cubic-closest, b) simple cubic, c) hex.-closest, d) body-centered cubic 10.25 – a) CaTiO 3, b) +4 10.73 – a) 175 pm, b) 11.3.

Structures of Some Covalent Network Solids

Carbon Allotropes

Page 7: Homework Answers 10.23 – a) cubic-closest, b) simple cubic, c) hex.-closest, d) body-centered cubic 10.25 – a) CaTiO 3, b) +4 10.73 – a) 175 pm, b) 11.3.

Copyright © 2008 Pearson Prentice Hall, Inc. Chapter 10/7

Structures of Some Covalent Network Solids

Carbon• graphite• diamond• fullerene• nanotubes

Silica (SiO2)• quartz• sand• quartz glass (amorphous)

Page 8: Homework Answers 10.23 – a) cubic-closest, b) simple cubic, c) hex.-closest, d) body-centered cubic 10.25 – a) CaTiO 3, b) +4 10.73 – a) 175 pm, b) 11.3.
Page 9: Homework Answers 10.23 – a) cubic-closest, b) simple cubic, c) hex.-closest, d) body-centered cubic 10.25 – a) CaTiO 3, b) +4 10.73 – a) 175 pm, b) 11.3.
Page 10: Homework Answers 10.23 – a) cubic-closest, b) simple cubic, c) hex.-closest, d) body-centered cubic 10.25 – a) CaTiO 3, b) +4 10.73 – a) 175 pm, b) 11.3.

Copyright © 2008 Pearson Prentice Hall, Inc. Chapter 10/10

Phase Diagrams

Normal: Occurs at 1 atm.

Critical Point: A combination of temperature and pressure beyond which a gas cannot be liquified.

• Critical Temperature: The temperature beyond which a gas cannot be liquified regardless of the pressure.

• Critical Pressure: The pressure beyond which a liquid cannot be vaporized regardless of the temperature.

Supercritical Fluid: A state of matter beyond the critical point that is neither liquid nor gas.

Triple Point: A point at which three phases coexist in equilibrium.

Page 11: Homework Answers 10.23 – a) cubic-closest, b) simple cubic, c) hex.-closest, d) body-centered cubic 10.25 – a) CaTiO 3, b) +4 10.73 – a) 175 pm, b) 11.3.
Page 12: Homework Answers 10.23 – a) cubic-closest, b) simple cubic, c) hex.-closest, d) body-centered cubic 10.25 – a) CaTiO 3, b) +4 10.73 – a) 175 pm, b) 11.3.

Copyright © 2008 Pearson Prentice Hall, Inc. Chapter 10/12

Phase Diagrams

Normal: Occurs at 1 atm.

Critical Point: A combination of temperature and pressure beyond which a gas cannot be liquified.

• Critical Temperature: The temperature beyond which a gas cannot be liquified regardless of the pressure.

• Critical Pressure: The pressure beyond which a liquid cannot be vaporized regardless of the temperature.

Supercritical Fluid: A state of matter beyond the critical point that is neither liquid nor gas.

Triple Point: A point at which three phases coexist in equilibrium.

Page 13: Homework Answers 10.23 – a) cubic-closest, b) simple cubic, c) hex.-closest, d) body-centered cubic 10.25 – a) CaTiO 3, b) +4 10.73 – a) 175 pm, b) 11.3.

Phase Diagrams

Carbon Dioxide

Page 14: Homework Answers 10.23 – a) cubic-closest, b) simple cubic, c) hex.-closest, d) body-centered cubic 10.25 – a) CaTiO 3, b) +4 10.73 – a) 175 pm, b) 11.3.

Copyright © 2008 Pearson Prentice Hall, Inc. Chapter 10/14

Phase Diagrams

Normal: Occurs at 1 atm.

Critical Point: A combination of temperature and pressure beyond which a gas cannot be liquified.

• Critical Temperature: The temperature beyond which a gas cannot be liquified regardless of the pressure.

• Critical Pressure: The pressure beyond which a liquid cannot be vaporized regardless of the temperature.

Supercritical Fluid: A state of matter beyond the critical point that is neither liquid nor gas.

Triple Point: A point at which three phases coexist in equilibrium.

Page 15: Homework Answers 10.23 – a) cubic-closest, b) simple cubic, c) hex.-closest, d) body-centered cubic 10.25 – a) CaTiO 3, b) +4 10.73 – a) 175 pm, b) 11.3.

Phase Diagrams

Carbon Dioxide

Page 16: Homework Answers 10.23 – a) cubic-closest, b) simple cubic, c) hex.-closest, d) body-centered cubic 10.25 – a) CaTiO 3, b) +4 10.73 – a) 175 pm, b) 11.3.

Copyright © 2008 Pearson Prentice Hall, Inc. Chapter 10/16

Phase Diagrams

Normal: Occurs at 1 atm.

Critical Point: A combination of temperature and pressure beyond which a gas cannot be liquified.

• Critical Temperature: The temperature beyond which a gas cannot be liquified regardless of the pressure.

• Critical Pressure: The pressure beyond which a liquid cannot be vaporized regardless of the temperature.

Supercritical Fluid: A state of matter beyond the critical point that is neither liquid nor gas.

Triple Point: A point at which three phases coexist in equilibrium.

Page 17: Homework Answers 10.23 – a) cubic-closest, b) simple cubic, c) hex.-closest, d) body-centered cubic 10.25 – a) CaTiO 3, b) +4 10.73 – a) 175 pm, b) 11.3.

Copyright © 2008 Pearson Prentice Hall, Inc. Chapter 10/17

Phase Diagrams

Normal: Occurs at 1 atm.

Critical Point: A combination of temperature and pressure beyond which a gas cannot be liquified.

• Critical Temperature: The temperature beyond which a gas cannot be liquified regardless of the pressure.

• Critical Pressure: The pressure beyond which a liquid cannot be vaporized regardless of the temperature.

Supercritical Fluid: A state of matter beyond the critical point that is neither liquid nor gas.

Triple Point: A point at which three phases coexist in equilibrium.

Page 18: Homework Answers 10.23 – a) cubic-closest, b) simple cubic, c) hex.-closest, d) body-centered cubic 10.25 – a) CaTiO 3, b) +4 10.73 – a) 175 pm, b) 11.3.
Page 19: Homework Answers 10.23 – a) cubic-closest, b) simple cubic, c) hex.-closest, d) body-centered cubic 10.25 – a) CaTiO 3, b) +4 10.73 – a) 175 pm, b) 11.3.

Phase Diagrams

Carbon Dioxide

Page 20: Homework Answers 10.23 – a) cubic-closest, b) simple cubic, c) hex.-closest, d) body-centered cubic 10.25 – a) CaTiO 3, b) +4 10.73 – a) 175 pm, b) 11.3.

Phase Diagrams

Water

Page 21: Homework Answers 10.23 – a) cubic-closest, b) simple cubic, c) hex.-closest, d) body-centered cubic 10.25 – a) CaTiO 3, b) +4 10.73 – a) 175 pm, b) 11.3.
Page 22: Homework Answers 10.23 – a) cubic-closest, b) simple cubic, c) hex.-closest, d) body-centered cubic 10.25 – a) CaTiO 3, b) +4 10.73 – a) 175 pm, b) 11.3.
Page 23: Homework Answers 10.23 – a) cubic-closest, b) simple cubic, c) hex.-closest, d) body-centered cubic 10.25 – a) CaTiO 3, b) +4 10.73 – a) 175 pm, b) 11.3.
Page 24: Homework Answers 10.23 – a) cubic-closest, b) simple cubic, c) hex.-closest, d) body-centered cubic 10.25 – a) CaTiO 3, b) +4 10.73 – a) 175 pm, b) 11.3.
Page 25: Homework Answers 10.23 – a) cubic-closest, b) simple cubic, c) hex.-closest, d) body-centered cubic 10.25 – a) CaTiO 3, b) +4 10.73 – a) 175 pm, b) 11.3.
Page 26: Homework Answers 10.23 – a) cubic-closest, b) simple cubic, c) hex.-closest, d) body-centered cubic 10.25 – a) CaTiO 3, b) +4 10.73 – a) 175 pm, b) 11.3.
Page 27: Homework Answers 10.23 – a) cubic-closest, b) simple cubic, c) hex.-closest, d) body-centered cubic 10.25 – a) CaTiO 3, b) +4 10.73 – a) 175 pm, b) 11.3.
Page 28: Homework Answers 10.23 – a) cubic-closest, b) simple cubic, c) hex.-closest, d) body-centered cubic 10.25 – a) CaTiO 3, b) +4 10.73 – a) 175 pm, b) 11.3.
Page 29: Homework Answers 10.23 – a) cubic-closest, b) simple cubic, c) hex.-closest, d) body-centered cubic 10.25 – a) CaTiO 3, b) +4 10.73 – a) 175 pm, b) 11.3.
Page 30: Homework Answers 10.23 – a) cubic-closest, b) simple cubic, c) hex.-closest, d) body-centered cubic 10.25 – a) CaTiO 3, b) +4 10.73 – a) 175 pm, b) 11.3.
Page 31: Homework Answers 10.23 – a) cubic-closest, b) simple cubic, c) hex.-closest, d) body-centered cubic 10.25 – a) CaTiO 3, b) +4 10.73 – a) 175 pm, b) 11.3.
Page 32: Homework Answers 10.23 – a) cubic-closest, b) simple cubic, c) hex.-closest, d) body-centered cubic 10.25 – a) CaTiO 3, b) +4 10.73 – a) 175 pm, b) 11.3.

H47 – C10

• 10.17 - 10.21, 10.26, 10.29, 10.85, (10.87, 10.89)*, 10.91*, (10.93, 10.95)*, 10.109*, 10.117*


Chapter 3 · 2020-01-15 · Figure 1. Two representations of the ideal cubic perovskite structure: (a) the cubic unit cell with octahedral coordination of the B-cation and (b) a corner

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