At i = 8% per year compounded annually, determine the present worth of the cash flows shown below.

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At 1 = 8% per year compounded annually, determine the present worth of the cash flows shown below
**Present Worth of Cash Flows**

Given an interest rate \( i = 8\% \) per year compounded annually, determine the present worth of the cash flows shown in the chart below.

**Cash Flow Diagram:**

- The horizontal axis represents time in years.
- Cash flows occur at the end of each year, from Year 0 to Year 6.
- Vertical arrows represent the amount of cash flow, with the amount shown next to each arrow.

**Details of Cash Flows:**

- Year 0: $800
- Year 1: $700
- Year 2: $600
- Year 3: $500
- Year 4: $400
- Year 5: No cash flow
- Year 6: $300

**Objective:**
To determine the present worth of these cash flows using an 8% annual interest rate compounded annually. 

**Approach:**
Using the formula for present worth \(P\) of a future amount \(F\):

\[ P = \frac{F}{(1 + i)^n} \]

where:
- \(F\) is the future amount,
- \(i\) is the interest rate,
- \(n\) is the number of periods (years).

Calculate the present worth for each cash flow separately, then sum them up to get the total present worth.
Transcribed Image Text:**Present Worth of Cash Flows** Given an interest rate \( i = 8\% \) per year compounded annually, determine the present worth of the cash flows shown in the chart below. **Cash Flow Diagram:** - The horizontal axis represents time in years. - Cash flows occur at the end of each year, from Year 0 to Year 6. - Vertical arrows represent the amount of cash flow, with the amount shown next to each arrow. **Details of Cash Flows:** - Year 0: $800 - Year 1: $700 - Year 2: $600 - Year 3: $500 - Year 4: $400 - Year 5: No cash flow - Year 6: $300 **Objective:** To determine the present worth of these cash flows using an 8% annual interest rate compounded annually. **Approach:** Using the formula for present worth \(P\) of a future amount \(F\): \[ P = \frac{F}{(1 + i)^n} \] where: - \(F\) is the future amount, - \(i\) is the interest rate, - \(n\) is the number of periods (years). Calculate the present worth for each cash flow separately, then sum them up to get the total present worth.
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