Math Problem Statement

Calculate the free cash flows of this project​ below:  ​(Round to one decimal​ place.)

Incremental Free Cash Flows (millions)   Year 1   Year 2

Unlevered Net Income

$   $   Add Back Depreciation       Capital Expenditures     Subtract Changes in Net Working Capital         Free Cash Flows

$ ****  $

**** Year 1 2

Revenues 128.5 153.7

Operating Expenses (other than depreciation) 37.9 52.3

Depreciation 20.5 36.1

Increase in Net Working Capital 2.4 8.6

Capital Expenditures 28.5 36.5

Marginal Corporate Tax Rate (%) 30 30

Solution

To calculate the free cash flows (FCFs) for this project, we need to follow the steps and formula for each year. The general formula for Free Cash Flow is:

FCF=Unlevered Net Income+DepreciationCapital ExpendituresIncrease in Net Working Capital\text{FCF} = \text{Unlevered Net Income} + \text{Depreciation} - \text{Capital Expenditures} - \text{Increase in Net Working Capital}

Step 1: Calculate Unlevered Net Income

Unlevered Net Income=(Revenues - Operating Expenses - Depreciation)×(1Tax Rate)\text{Unlevered Net Income} = \text{(Revenues - Operating Expenses - Depreciation)} \times (1 - \text{Tax Rate})

Year 1:

  • Revenues: 128.5 million
  • Operating Expenses (excluding depreciation): 37.9 million
  • Depreciation: 20.5 million
  • Tax rate: 30%

Unlevered Net Income (Year 1)=(128.537.920.5)×(10.30)\text{Unlevered Net Income (Year 1)} = (128.5 - 37.9 - 20.5) \times (1 - 0.30) =70.1×0.70=49.07 million= 70.1 \times 0.70 = 49.07 \text{ million}

Year 2:

  • Revenues: 153.7 million
  • Operating Expenses (excluding depreciation): 52.3 million
  • Depreciation: 36.1 million

Unlevered Net Income (Year 2)=(153.752.336.1)×(10.30)\text{Unlevered Net Income (Year 2)} = (153.7 - 52.3 - 36.1) \times (1 - 0.30) =65.3×0.70=45.71 million= 65.3 \times 0.70 = 45.71 \text{ million}

Step 2: Add Back Depreciation

  • Year 1: Depreciation = 20.5 million
  • Year 2: Depreciation = 36.1 million

Step 3: Subtract Capital Expenditures

  • Year 1: Capital Expenditures = 28.5 million
  • Year 2: Capital Expenditures = 36.5 million

Step 4: Subtract Increase in Net Working Capital

  • Year 1: Increase in Net Working Capital = 2.4 million
  • Year 2: Increase in Net Working Capital = 8.6 million

Step 5: Calculate Free Cash Flows

Now we can calculate the Free Cash Flows using the formula for each year.

Year 1:

FCF (Year 1)=49.07+20.528.52.4\text{FCF (Year 1)} = 49.07 + 20.5 - 28.5 - 2.4 FCF (Year 1)=38.67 million\text{FCF (Year 1)} = 38.67 \text{ million}

Year 2:

FCF (Year 2)=45.71+36.136.58.6\text{FCF (Year 2)} = 45.71 + 36.1 - 36.5 - 8.6 FCF (Year 2)=36.71 million\text{FCF (Year 2)} = 36.71 \text{ million}

Final Free Cash Flows:

  • Year 1: $38.7 million (rounded to 1 decimal place)
  • Year 2: $36.7 million (rounded to 1 decimal place)

Would you like more details or have any further questions?

Related Questions:

  1. How do changes in net working capital affect free cash flows?
  2. What is the significance of unlevered net income in cash flow analysis?
  3. How does capital expenditure impact a project’s cash flows over time?
  4. What is the difference between levered and unlevered cash flows?
  5. How do tax rates influence the overall cash flows of a project?

Tip:

Free Cash Flow is crucial for assessing the value and health of a project or company because it represents the cash available for distribution to investors after accounting for necessary capital investments.

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Math Problem Analysis

Mathematical Concepts

Financial Analysis
Cash Flow Calculations
Tax Adjustments

Formulas

Free Cash Flow (FCF) = Unlevered Net Income + Depreciation - Capital Expenditures - Increase in Net Working Capital
Unlevered Net Income = (Revenues - Operating Expenses - Depreciation) × (1 - Tax Rate)

Theorems

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Suitable Grade Level

University level (Finance, Accounting)