In: Finance
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Compoundin g |
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Test 21 |
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Amount invested today |
209,000 |
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Annual rate of return |
8.8% |
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Years until maturity |
24 |
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You are thinking about retirement, and would like |
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to compute how much you will have some time in |
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the future. |
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Using the data from above, please compute future |
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amounts, and then answer these questions: |
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#1 How much MORE will you have if compounding is |
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monthly rather than annually? |
(not graded) |
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Please answer the following question: |
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#2 How much MORE will you have if compounding is |
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daily rather than monthly? |
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A Between 4,000 and 10,000 |
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B Between 10,000 and 12,000 |
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C Between 12,000 and 14,000 |
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D Between 14,000 and 20,000 |
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Compound Interest formula:

Where,
A = Amount at maturity
P = Present value of investment
i = rate of interest
n = number of periods
When it is compounded annully.
Given:
P = 209,000
i = 8.8% or 0.088
n = 24
Substituting the values in the formula, we get:



When it is compounded monthly, there will be a small modification in formula:

Where,
a = number of compounding per year.
when it is compounded monthly , a = 12
Using the same values above in the formula, we get




When compounding daily, a = 365
Therefore, substituting the values in the formula, we get:




Now we can answer the questions:
When compounded annually A = $1,582,121.29
When compounded monthly A = $1,714,073.37
When compounded daily A = $1,726,894.00
#1. We will have $131,952.08 more if it is compounded monthly rather than annually ($1,714,073.37 - . $1,582,121.29)
#2. We will have $12,820.63 more if it is compounded
daily rather than monthly ($1,726,894.00 - $1,714,073.37).
Option C is correct.