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EXAMPLE 6-1 Analyzing Investment Alternatives by Using Equivalent Worth. continued on next slide. EXAMPLE 6-1 (continued) Analyzing Investment Alternatives by Using Equivalent Worth. continued on next slide.
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EXAMPLE 6-1 Analyzing Investment Alternatives by Using Equivalent Worth continued on next slide
EXAMPLE 6-1 (continued) Analyzing Investment Alternatives by Using Equivalent Worth continued on next slide
EXAMPLE 6-1 (continued) Analyzing Investment Alternatives by Using Equivalent Worth continued on next slide
EXAMPLE 6-1 (continued) Analyzing Investment Alternatives by Using Equivalent Worth
EXAMPLE 6-2 Analyzing Cost-Only Alternatives, Using Equivalent Worth continued on next slide
EXAMPLE 6-2 (continued) Analyzing Cost-Only Alternatives, Using Equivalent Worth continued on next slide
EXAMPLE 6-2 (continued) Analyzing Cost-Only Alternatives, Using Equivalent Worth continued on next slide
EXAMPLE 6-2 (continued) Analyzing Cost-Only Alternatives, Using Equivalent Worth
EXAMPLE 6-3 Analyzing Alternatives with Different Reject Rates continued on next slide
EXAMPLE 6-3 (continued) Analyzing Alternatives with Different Reject Rates continued on next slide
EXAMPLE 6-3 (continued) Analyzing Alternatives with Different Reject Rates continued on next slide
EXAMPLE 6-3 (continued) Analyzing Alternatives with Different Reject Rates
EXAMPLE 6-4 Incremental Analysis: Investment Alternatives continued on next slide
EXAMPLE 6-4 (continued) Incremental Analysis: Investment Alternatives continued on next slide
EXAMPLE 6-4 (continued) Incremental Analysis: Investment Alternatives
EXAMPLE 6-5 Incremental Analysis: Cost-Only Alternatives continued on next slide
EXAMPLE 6-5 (continued) Incremental Analysis: Cost-Only Alternatives continued on next slide
EXAMPLE 6-5 (continued) Incremental Analysis: Cost-Only Alternatives continued on next slide
EXAMPLE 6-5 (continued) Incremental Analysis: Cost-Only Alternatives continued on next slide
EXAMPLE 6-5 (continued) Incremental Analysis: Cost-Only Alternatives
EXAMPLE 6-6 Incremental Analysis Using ERR continued on next slide
EXAMPLE 6-7 Useful Lives ≠ Study Period: The Repeatability Assumption continued on next slide
EXAMPLE 6-7 (continued) Useful Lives ≠ Study Period: The Repeatability Assumption continued on next slide
EXAMPLE 6-7 (continued) Useful Lives ≠ Study Period: The Repeatability Assumption continued on next slide
EXAMPLE 6-7 (continued) Useful Lives ≠ Study Period: The Repeatability Assumption
EXAMPLE 6-8 Useful Lives ≠ Study Period: The Coterminated Assumption
EXAMPLE 6-10 AW and Repeatability: Perfect Together! continued on next slide
EXAMPLE 6-10 (continued) AW and Repeatability: Perfect Together! continued on next slide
EXAMPLE 6-10 (continued) AW and Repeatability: Perfect Together! continued on next slide
EXAMPLE 6-10 (continued) AW and Repeatability: Perfect Together!
EXAMPLE 6-11 Modeling Estimated Expenses as Arithmetic Gradients continued on next slide
EXAMPLE 6-11 (continued) Modeling Estimated Expenses as Arithmetic Gradients continued on next slide
EXAMPLE 6-11 (continued) Modeling Estimated Expenses as Arithmetic Gradients continued on next slide
EXAMPLE 6-11 (continued) Modeling Estimated Expenses as Arithmetic Gradients continued on next slide
EXAMPLE 6-11 (continued) Modeling Estimated Expenses as Arithmetic Gradients
EXAMPLE 6-12 Estimating a New Market Value when Useful Life > Study Period
EXAMPLE 6-13 Automobile Financing Options continued on next slide
EXAMPLE 6-14 Mortgage Financing Options continued on next slide
EXAMPLE 6-14 (continued) Mortgage Financing Options continued on next slide
EXAMPLE 6-15 Comparison of Two Savings Plans continued on next slide
EXAMPLE 6-15 (continued) Comparison of Two Savings Plans continued on next slide
EXAMPLE 6-16 Credit Card Offers continued on next slide