In: Finance
Below are the expected cash flows and interest rates for the next nine years. Cash flows will occur at the end of the nominated years.
Cash Flows |
Interest Rates |
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Year 0 |
Years 1 - 2 |
8% |
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Year 1 |
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Year 2 |
+$ 6,500 |
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Year 3 |
+$ 1,500 |
Years 3 – 8 |
6% |
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Year 4 |
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Year 5 |
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Year 6 |
-$ 2,500 |
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Year 7 |
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Year 8 |
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Year 9 |
+$ 10,000 |
Years 9 - 10 |
7% |
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Year 10 |
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i. |
Using the Table function within MS Word, draw a time line showing the above cash flows and interest rates . |
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ii. |
What will be the value of all these cash flows at each of the following times: Time 1 Time 5 Time 10 |
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Cash Flows | Present Values | Interest Rates | ||||||
Year 0 | Years 1 - 2 | 8% | ||||||
Year 1 | ||||||||
Year 2 | $6,500 | 5572.70 | ||||||
Year 3 | $1,500 | 1259.43 | Years 3 – 8 | 6% | ||||
Year 4 | ||||||||
Year 5 | ||||||||
Year 6 | ($2,500) | |||||||
Year 7 | ||||||||
Year 8 | ||||||||
Year 9 | $10,000 | 5439.34 | Years 9 - 10 | 7% | ||||
Year 10 | ||||||||
Value of all the cash flows at the end of | ||||||||
Year 1 | PV of CV9+CV6+CV3+CV2 | |||||||
PV at year 1 forCV9 = $10,000/(1+0.07)^(9-1) | 5820.09 | |||||||
PV at year 1 for CV6 = -2,500/(1+0.06)^(6-1) | -1868.15 | |||||||
PV at year1 for CV3 = 1500/(1+0.06)^(3-1) | 1334.99 | |||||||
PV at year1 for CV2 = 6500/(1+0.08)^1 | 6018.52 | |||||||
Value of Cash flow at year1 is | 11305.46 | |||||||
Year 5 | ||||||||
PV at year 1 forCV9 = $10,000/(1+0.07)^(9-5) | 7628.95 | |||||||
PV at year 1 for CV6 = -2,500/(1+0.06)^(6-5) | -2358.49 | |||||||
Value of Cash flow at year5 is | 5270.46 | |||||||
Year 10 | At time 10 the | |||||||
There were no cash flows at year 10 and beyond | ||||||||
therefore there is sero value of cash flows at Time 10 | ||||||||