1.19. Transportation sector, building sector, and industrial sector.

Chapter 1

1.1. g

1.2. d

1.3. a

1.4. b

1.7. b

1.8. b

1.9. a

1.10. a

1.11. c

1.13. a, c, e

1.14. b

1.15. b

1.16. b

1.17. c

1.19. Transportation sector, building sector, and industrial sector.

1.20. Commercial and residential sectors

1.23. d

1.24. d

1.28. b

1.33.• Electric power sector • Natural gas Solutions Manual for Power Plant Engineering, 1e by Farshid Zabihian (All Chapters) 1 / 4

• Electricity • Natural gas

• 12+17=29%

• 8+43=51%

• 100-70=30%

• 100-7-2=91%

1.34.• Electric Power Sector • Industrial • Residential • Commercial • Transportation 1.35.• Electric Power Sector • Industrial • Commercial 1.36.• Transportation • Industrial • Residential • Commercial • Electric Power Sector

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1.37.• Electric Power Sector • Industrial • Transportation • Residential • Commercial

1.38. a

1.39. a

1.40. a

1.41. a

1.42. b

1.46. h, c, e, g, f, b, a, d

1.47. a

1.55. a

1.58. a, b, c, d

1.59. a

1.61. a

1.62. a

1.63. a

1.64. a

1.66. b

1.67. a

1.68. b 3 / 4

1.69. a

1.72. a

1.73. b

1.74. b

1.77. a

1.79. d

1.80. b

1.81. b

1.82. a

1.84. b

1.85. a

1.89. b

1.91. a

1.93. a

1.96. d

1.97. a

1.99. d

1.104. e

1.105.

Actual electrical energy produced = 150,000 MWh Maximum possible electrical energy = 2000 MW * 24 hour/day * 365.25 = 17,532,000 MWh Capacity factor = 150,000 / 17,532,000 = 0.00856 = 0.856%

1.107. b

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