Module 10: Relevant Cash Flow
Overview
- Focus on understanding relevant cash flows in investment decisions.
- Example problems illustrating key concepts.
Problem 1: Initial Investment in Fixed Assets
- Scenario: Parker and Stone Inc. plans to set up a manufacturing plant.
- Land: Bought 9 years ago for $6 million, worth $10 million if sold today.
- Plant Cost: $15.2 million.
- Site Preparation: $1.3 million.
- Initial Investment Calculation:
- Opportunity cost of land: $10 million.
- Total plant and preparation cost: $16.5 million.
- Total Initial Investment: $26.5 million.
Problem 2: Operating Cash Flow (OCF) Calculation
- Given Data:
- Sales: Provided.
- Costs: Provided.
- Depreciation: Provided.
- Tax Rate: Provided.
- Key Calculations:
- EBIT (Earnings Before Interest and Taxes):
- Formula: Sales - Costs - Depreciation
- Calculated EBIT: $77,196
- Net Income:
- Formula: EBIT - Taxes
- Calculated Net Income: $60,213
- Operating Cash Flow:
- Formula 1: EBIT + Depreciation - Taxes
- Formula 2: Net Income + Depreciation
- Calculated OCF: $116,113
- Depreciation Tax Shield:
- Formula: Tax Rate x Depreciation
- Calculated Depreciation Tax Shield: $12,474
Problem 3: After-Tax Cash Flow from Asset Sale
- Asset Details:
- Initial Cost: $404,800
- Depreciated over 12 years (straight line to zero).
- Used in a 7-year project, expected sale at $50,600.
- Tax Rate: 25%
- Calculations:
- Annual Depreciation: $33,733
- Accumulated Depreciation (7 years): $236,131
- Book Value at Year 7: $168,669
- After-Tax Cash Flow from Sale:
- Loss due to selling below book value.
- After-Tax Salvage Value Formula: Market Value + (Book Value - Market Value) x Tax Rate
- Calculated After-Tax Salvage Value: $80,116
Conclusion
- Completed practice on calculating relevant cash flows and understanding implications such as opportunity costs and depreciation effects.
- Emphasis on using the right formulas for different financial scenarios.
Note: Always remember to apply the correct formulas in financial calculations to determine accurate cash flow projections.