1. Here we have to calculate present value. The future value is $95000. We will use the PV of $1 table with 8% interest rate and time period of 5 years (i.e. 2026 - 2021), as per below:
Present value = Future value * PVIF (8%, 5 years)
The value of PVIF(8%, 5 Years) from the PV of $1 table is 0.681.
Putting the values in the above formula, we get,
Present value = $95000 * 0.681
Present value = $64695
So, the amount he has to deposit is $64695
2. Here the deposits will be same every year, so it is an annuity. The future value of deposits is $95000. We will use the future value of annuity (FVA) of $1 for calculating the required deposits as below:
Future value = Annual deposits * FVA (8%, 5 Years)
The value of FVA (8%, 5 Years) from the FVA of $1 table is 5.8666.
Putting the values in the above formula, we get,
$95000 = Annual deposits * 5.8666
Annual deposits = $95000 / 5.8666
Annual deposits = $16193.36
So, annuity amount is $16193
3. Here the deposits will be same every year, so it is an annuity, and since the deposits are made immediately or at the beginning each year, so it is an annuity due. The future value of deposits is $95000. We will use the future value of annuity due (FVAD) of $1 for calculating the required deposits as below:
Future value = Annual deposits * FVAD (8%, 5 Years)
The value of FVAD (8%, 5 Years) from the FVAD of $1 table is 6.3359
Putting the values in the above formula, we get,
$95000 = Annual deposits * 6.3359
Annual deposits = $95000 / 6.3359
Annual deposits = $14993.92
So, annuity amount is $14994
John Rider wants to accumulate $95,000 to be used for his daughter's college education. He would...
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