Engineering Economy 7th Edition Blank Solutions Manual

1. LEARNING STAGE 1. THE FUNDAMENTALS
2. Chapter 1. Foundations of Engineering Economy
3. 1.1. Engineering Economics: Description and Role in Decision Making
4. 1.2. Performing an Engineering Economy Study
5. 1.3. Professional Ethics and Economic Decisions
6. 1.4. Interest Rate and Rate of Return
7. 1.5. Terminology and Symbols
8. 1.6. Cash Flows: Estimation and Diagramming
9. 1.7. Economic Equivalence
10. 1.8. Simple and Compound Interest
11. 1.9. Minimum Attractive Rate of Return
12. 1.10. Introduction to Spreadsheet Use
13. Chapter Summary
14. Problems
15. Additional Problems and FE Exam Review Questions
16. Case Study—Renewable Energy Sources for Electricity Generation
17. Case Study—Refrigerator Shells
18. Chapter 2. Factors: How Time and Interest Affect Money
19. PE The Cement Factory Case
20. 2.1. Single-Amount Factors (F/P and P/F)
21. 2.2. Uniform Series Present Worth Factor and Capital Recovery Factor (P/A and A/P)
22. 2.3. Sinking Fund Factor and Uniform Series Compound Amount Factor (A/F and F/A)
23. 2.4. Factor Values for Untabulated i or n Values
24. 2.5. Arithmetic Gradient Factors (P/G and A/G)
25. 2.6. Geometric Gradient Series Factors
26. 2.7. Determining i or n for Known Cash Flow Values
27. Chapter Summary
28. Problems
29. Additional Problems and FE Exam Review Questions
30. Case Study—Time Marches On; So Does the Interest Rate
31. Chapter 3. Combining Factors and Spreadsheet Functions
32. 3.1. Calculations for Uniform Series That Are Shifted
33. 3.2. Calculations Involving Uniform Series and Randomly Placed Single Amounts
34. 3.3. Calculations for Shifted Gradients
35. Chapter Summary
36. Problems
37. Additional Problems and FE Exam Review Questions
38. Case Study—Preserving Land for Public Use
39. Chapter 4. Nominal and Effective Interest Rates
40. PE The Credit Card Offer Case
41. 4.1. Nominal and Effective Interest Rate Statements
42. 4.2. Effective Annual Interest Rates
43. 4.3. Effective Interest Rates for Any Time Period
44. 4.4. Equivalence Relations: Payment Period and Compounding Period
45. 4.5. Equivalence Relations: Single Amounts with PP ≥ CP
46. 4.6. Equivalence Relations: Series with PP ≥ CP
47. 4.7. Equivalence Relations: Single Amounts and Series with PP < CP
48. 4.8. Effective Interest Rate for Continuous Compounding
49. 4.9. Interest Rates That Vary over Time
50. Chapter Summary
51. Problems
52. Additional Problems and FE Exam Review Questions
53. Case Study—Is Owning a Home a Net Gain or Net Loss over Time?
54. LEARNING STAGE 2. BASIC ANALYSIS TOOLS
55. Chapter 5. Present Worth Analysis
56. PE Water for Semiconductor Manufacturing Case
57. 5.1. Formulating Alternatives
58. 5.2. Present Worth Analysis of Equal-Life Alternatives
59. 5.3. Present Worth Analysis of Different-Life Alternatives
60. 5.4. Future Worth Analysis
61. 5.5. Capitalized Cost Analysis
62. Chapter Summary
63. Problems
64. Additional Problems and FE Exam Review Questions
65. Case Study—Comparing Social Security Benefits
66. Chapter 6. Annual Worth Analysis
67. 6.1. Advantages and Uses of Annual Worth Analysis
68. 6.2. Calculation of Capital Recovery and AW Values
69. 6.3. Evaluating Alternatives by Annual Worth Analysis
70. 6.4. AW of a Permanent Investment
71. 6.5. Life-Cycle Cost Analysis
72. Chapter Summary
73. Problems
74. Additional Problems and FE Exam Review Questions
75. Case Study—The Changing Scene of an Annual Worth Analysis
76. Chapter 7. Rate of Return Analysis: One Project
77. 7.1. Interpretation of a Rate of Return Value
78. 7.2. Rate of Return Calculation Using a PW or AW Relation
79. 7.3. Special Considerations When Using the ROR Method
80. 7.4. Multiple Rate of Return Values
81. 7.5. Techniques to Remove Multiple Rates of Return
82. 7.6. Rate of Return of a Bond Investment
83. Chapter Summary
84. Problems
85. Additional Problems and FE Exam Review Questions
86. Case Study—Developing and Selling an Innovative Idea
87. Chapter 8. Rate of Return Analysis: Multiple Alternatives
88. 8.1. Why Incremental Analysis Is Necessary
89. 8.2. Calculation of Incremental Cash Flows for ROR Analysis
90. 8.3. Interpretation of Rate of Return on the Extra Investment
91. 8.4. Rate of Return Evaluation Using PW: Incremental and Breakeven
92. 8.5. Rate of Return Evaluation Using AW
93. 8.6. Incremental ROR Analysis of Multiple Alternatives
94. 8.7. All-in-One Spreadsheet Analysis (Optional)
95. Chapter Summary
96. Problems
97. Additional Problems and FE Exam Review Questions
98. Case Study—ROR Analysis with Estimated Lives That Vary
99. Case Study—How a New Engineering Graduate Can Help His Father
100. Chapter 9. Benefit/Cost Analysis and Public Sector Economics
101. PE Water Treatment Facility #3 Case
102. 9.1. Public Sector Projects
103. 9.2. Benefit/Cost Analysis of a Single Project
104. 9.3. Alternative Selection Using Incremental B/C Analysis
105. 9.4. Incremental B/C Analysis of Multiple, Mutually Exclusive Alternatives
106. 9.5. Service Sector Projects and Cost-Effectiveness Analysis
107. 9.6. Ethical Considerations in the Public Sector
108. Chapter Summary
109. Problems
110. Additional Problems and FE Exam Review Questions
111. Case Study—Comparing B/C Analysis and CEA of Traffic Accident Reduction
112. LEARNING STAGE 2. EPILOGUE: SELECTING THE BASIC ANALYSIS TOOL
113. LEARNING STAGE 3. MAKING BETTER DECISIONS
114. Chapter 10. Project Financing and Noneconomic Attributes
115. 10.1. MARR Relative to the Cost of Capital
116. 10.2. Debt-Equity Mix and Weighted Average Cost of Capital
117. 10.3. Determination of the Cost of Debt Capital
118. 10.4. Determination of the Cost of Equity Capital and the MARR
119. 10.5. Effect of Debt-Equity Mix on Investment Risk
120. 10.6. Multiple Attribute Analysis: Identification and Importance of Each Attribute
121. 10.7. Evaluation Measure for Multiple Attributes
122. Chapter Summary
123. Problems
124. Additional Problems and FE Exam Review Questions
125. Case Study—Which Is Better—Debt or Equity Financing?
126. Chapter 11. Replacement and Retention Decisions
127. PE Keep or Replace the Kiln Case
128. 11.1. Basics of a Replacement Study
129. 11.2. Economic Service Life
130. 11.3. Performing a Replacement Study
131. 11.4. Additional Considerations in a Replacement Study
132. 11.5. Replacement Study over a Specified Study Period
133. 11.6. Replacement Value
134. Chapter Summary
135. Problems
136. Additional Problems and FE Exam Review Questions
137. Case Study—Will the Correct ESL Please Stand?
138. Chapter 12. Independent Projects with Budget Limitation
139. 12.1. An Overview of Capital Rationing among Projects
140. 12.2. Capital Rationing Using PW Analysis of Equal-Life Projects
141. 12.3. Capital Rationing Using PW Analysis of Unequal-Life Projects
142. 12.4. Capital Budgeting Problem Formulation Using Linear Programming
143. 12.5. Additional Project Ranking Measures
144. Chapter Summary
145. Problems
146. Additional Problems and FE Exam Review Questions
147. Chapter 13. Breakeven and Payback Analysis
148. 13.1. Breakeven Analysis for a Single Project
149. 13.2. Breakeven Analysis Between Two Alternatives
150. 13.3. Payback Analysis
151. 13.4. More Breakeven and Payback Analysis on Spreadsheets
152. Chapter Summary
153. Problems
154. Additional Problems and FE Exam Review Questions
155. Case Study—Water Treatment Plant Process Costs
156. LEARNING STAGE 4. ROUNDING OUT THE STUDY
157. Chapter 14. Effects of Inflation
158. 14.1. Understanding the Impact of Inflation
159. 14.2. Present Worth Calculations Adjusted for Inflation
160. 14.3. Future Worth Calculations Adjusted for Inflation
161. 14.4. Capital Recovery Calculations Adjusted for Inflation
162. Chapter Summary
163. Problems
164. Additional Problems and FE Exam Review Questions
165. Case Study—Inflation versus Stock and Bond Investments
166. Chapter 15. Cost Estimation and Indirect Cost Allocation
167. 15.1. Understanding How Cost Estimation Is Accomplished
168. 15.2. Unit Method
169. 15.3. Cost Indexes
170. 15.4. Cost-Estimating Relationships: Cost-Capacity Equations
171. 15.5. Cost-Estimating Relationships: Factor Method
172. 15.6. Traditional Indirect Cost Rates and Allocation
173. 15.7. Activity-Based Costing (ABC) for Indirect Costs
174. 15.8. Making Estimates and Maintaining Ethical Practices
175. Chapter Summary
176. Problems
177. Additional Problems and FE Exam Review Questions
178. Case Study—Indirect Cost Analysis of Medical Equipment Manufacturing Costs
179. Case Study—Deceptive Acts Can Get You in Trouble
180. Chapter 16. Depreciation Methods
181. 16.1. Depreciation Terminology
182. 16.2. Straight Line (SL) Depreciation
183. 16.3. Declining Balance (DB) and Double Declining Balance (DDB) Depreciation
184. 16.4. Modified Accelerated Cost Recovery System (MACRS)
185. 16.5. Determining the MACRS Recovery Period
186. 16.6. Depletion Methods
187. Chapter Summary
188. Chapter 16 Appendix
189. 16A.1. Sum-of-Years-Digits (SYD) and Unit-of-Production (UOP) Depreciation
190. 16A.2. Switching between Depreciation Methods
191. 16A.3. Determination of MACRS Rates
192. Problems
193. Additional Problems and FE Exam Review Questions
194. Appendix Problems
195. Chapter 17. After-Tax Economic Analysis
196. 17.1. Income Tax Terminology and Basic Relations
197. 17.2. Calculation of Cash Flow after Taxes
198. 17.3. Effect on Taxes of Different Depreciation Methods and Recovery Periods
199. 17.4. Depreciation Recapture and Capital Gains (Losses)
200. 17.5. After-Tax Evaluation
201. 17.6. After-Tax Replacement Study
202. 17.7. After-Tax Value-Added Analysis
203. 17.8. After-Tax Analysis for International Projects
204. 17.9. Value-Added Tax
205. Chapter Summary
206. Problems
207. Additional Problems and FE Exam Review Questions
208. Case Study—After-Tax Analysis for Business Expansion
209. Chapter 18. Sensitivity Analysis and Staged Decisions
210. 18.1. Determining Sensitivity to Parameter Variation
211. 18.2. Sensitivity Analysis Using Three Estimates
212. 18.3. Estimate Variability and the Expected Value
213. 18.4. Expected Value Computations for Alternatives
214. 18.5. Staged Evaluation of Alternatives Using a Decision Tree
215. 18.6. Real Options in Engineering Economics
216. Chapter Summary
217. Problems
218. Additional Problems and FE Exam Review Questions
219. Case Study—Sensitivity to the Economic Environment
220. Case Study—Sensitivity Analysis of Public Sector Projects—Water Supply Plans
221. Chapter 19. More on Variation and Decision Making under Risk
222. 19.1. Interpretation of Certainty, Risk, and Uncertainty
223. 19.2. Elements Important to Decision Making under Risk
224. 19.3. Random Samples
225. 19.4. Expected Value and Standard Deviation
226. 19.5. Monte Carlo Sampling and Simulation Analysis
227. Chapter Summary
228. Problems
229. Additional Problems and FE Exam Review Questions
230. Case Study—Using Simulation and Three-Estimate Sensitivity Analysis
231. Appendix A Using Spreadsheets and Microsoft Excel©
232. A.1. Introduction to Using Excel
233. A.2. Organization (Layout) of the Spreadsheet
234. A.3. Excel Functions Important to Engineering Economy (alphabetical order)
235. A.4. Goal Seek—A Tool for Breakeven and Sensitivity Analysis
236. A.5. Solver—An Optimizing Tool for Capital Budgeting, Breakeven, and Sensitivity Analysis
237. A.6. Error Messages
238. Appendix B Basics of Accounting Reports and Business Ratios
239. B.1. The Balance Sheet
240. B.2. Income Statement and Cost of Goods Sold Statement
241. B.3. Business Ratios
242. Appendix C Code of Ethics for Engineers
243. Appendix D Alternate Methods for Equivalence Calculations
244. D.1. Using Programmable Calculators
245. D.2. Using the Summation of a Geometric Series
246. Appendix E Glossary of Concepts and Terms
247. E.1. Important Concepts and Guidelines
248. E.2. Symbols and Terms
249. Reference Materials
250. Compound Interest Factor Tables
251. Photo Credits
252. Index

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