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Fiona opened a retirement account that has an annual yield of 6\(\% .\) She is planning on retiring in 20 years. How much must she deposit into that account each year so that she can have a total of \(\$ 600,000\) by the time she retires?

Short Answer

Expert verified
Fiona needs to deposit approximately at \$15,486.45 into her retirement account each year in order to have a total of $600,000 at her retirement after 20 years with an annual yield of 6%.

Step by step solution

01

Identify Given Values

First, we identify the given values from the problem. Interests rate \(r = 6% = 0.06\), the number of periods or years \(n = 20\) and Future amount \(FV = $600,000\).
02

Use formula for Future Value of Annuity

Next, use the formula for the Future Value of Annuity: \( FV = PMT \times \frac{(1 + r)^n - 1}{r} \). The annual payment (PMT) Fiona needs to make into the account each year is what we are trying to find.
03

Calculate Annuity Payment

Solving the formula for PMT gives us: \( PMT = FV \times \frac{r}{(1 + r)^n - 1} \). When we substitute \(FV = $600,000\), \(r = 0.06\), and \(n = 20\) into the formula, we will get the annual payment Fiona needs to deposit.

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Key Concepts

These are the key concepts you need to understand to accurately answer the question.

Retirement Account
A retirement account is a financial arrangement designed to encourage long-term savings for retirement. These accounts often offer tax advantages or flexible withdrawal rules to help individuals prepare for their future without financial stress. By contributing regularly, individuals can build a substantial nest egg over time.
One common type of retirement account is the Individual Retirement Account (IRA). Contributions to an IRA may be tax-deductible, depending on the individual's income and circumstances. Another popular option is the 401(k) plan, typically offered by employers, where contributions are often matched to a certain extent, providing an added incentive to save.
Fiona's retirement account is set up with the goal of accumulating $600,000 in two decades through careful planning and consistent contributions. By understanding the benefits of various retirement accounts, individuals can make informed decisions about their savings strategies.
Future Value of Annuity
The future value of an annuity calculates the total sum of payments made into an account, considering compound interest, by the end of a specified period. This is useful when planning savings for goals, like retirement. To determine the future value of an annuity, the formula used is:\[FV = PMT \times \frac{(1 + r)^n - 1}{r} \]where:
  • \(FV\) is the future value of the annuity.
  • \(PMT\) is the regular annuity payment.
  • \(r\) is the interest rate per period.
  • \(n\) is the total number of periods.
Applying this correctly allows one to estimate the financial growth of their intended regular investments over time. In Fiona's case, it helps her understand how much she needs to save annually to reach her retirement goal of $600,000.
Interest Rate Calculation
Interest rate calculation is crucial for understanding how money can grow in a retirement account. Interest rates can be expressed annually as an annual percentage rate (APR), natural logarithms for continuous compounding, or nominal for monthly or quarterly calculations.
In Fiona’s scenario, the interest rate is an annual 6%. This means the account's balance grows by 6% each year through compound interest. Accurate interest calculations allow individuals to appreciate how their periodic investments contribute to reaching financial goals.
The future value formula factors in the effect of interest over multiple periods, illustrating how even modest contributions can significantly grow over time when compounded annually.
Annual Investment Calculation
Calculating the annual investment needed to reach a financial goal like Fiona's requires rearranging the future value of annuity formula to solve for the payment \(PMT\). When targeting a specific future value, knowing annual contribution amounts helps align savings with long-term financial objectives.To find \(PMT\), we use:\[PMT = FV \times \frac{r}{(1 + r)^n - 1}\]Substituting Fiona's target values - \(FV = \$600,000\), \(r = 0.06\), and \(n = 20\) - gives the annual amount needed to deposit.
Understanding this concept allows individuals to make informed decisions on how regularly saving a particular sum can accumulate to a considerable amount over time, amplifying the importance of consistency in savings plans.

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Most popular questions from this chapter

Laura has been contributing to a retirement account that pays 4\(\%\) interest with pretax dollars. This account compounds interest monthly. She has put \(\$ 500\) per month into the account. At the end of 10 years, she needed to pay some medical bills and had to withdraw 15\(\%\) of the money that was in the account. a. Rounded to the nearest dollar, how much did she withdraw? b. Laura pays 23\(\%\) of her income in taxes. What was her tax on the amount of the withdrawal (rounded to the nearest dollar)? c. She had to pay a 10\(\%\) early withdrawal penalty. How much was she required to pay, rounded to the nearest dollar?

Candida purchased an insurance policy with an annual premium of \(\$ 780 .\) In the first year, 60\(\%\) of the annual premium is allocated to the insurance component and 40\(\%\) to the cash value. The investment earns 2.2\(\%\) interest, compounded annually. How much will Candida have in the investment portion of her policy after the first year?

Jay just graduated from college and he has decided to open a retirement account that pays 1.75\(\%\) interest compounded monthly. If he has direct deposits of \(\$ 100\) per month taken out of his paycheck, how much will he have in the account after 42 years?

Office Industries uses a final average formula to calculate employees’ pension benefits. The calculations use the salary average of the final four years of employment. The retiree will receive an annual benefit that is equivalent to 1.4% of the final average for each year of employment. Charlotte and Krista are both retiring at the end of this year. Calculate their annual retirement pensions. a. Krista’s years of employment: 18 Final four annual salaries: \(\$ 72,000, \$ 74,780, \$ 74,780, \$ 76,000\) b. Charlotte's years of employment: 23 Final four annual salaries: \(\$ 81,000, \$ 81,000, \$ 81,400, \$ 81,900\)

Use the following information to answer Exercises 14–17. The Merrick Oaks School District offers their employees the following annual pension benefit. $$\begin{array}{|l|}{\text { First } 15 \text { Years of Service }} \\ {2.12 \% \text { multiplier }} \\ {\text { Years of service up to } 15} \\ {\text { Average of final } 3 \text { annual salaries }}\end{array} \begin{array}{l}{\text { Service in Excess of } 15 \text { Years }} \\ {2.25 \% \text { multiplier }} \\ {\text { Years of service in excess of } 15} \\\ {\text { Average of final } 3 \text { annual salaries }}\end{array}$$ Carmen is a teacher in the district who began working there in 1995 and will retire in 2010 after 15 years of service. In the \(2007-08\) school year, she made \(\$ 60,000 .\) She received a 2\(\%\) cost of living pay increase to her salary for each of the last two years before she retired. Determine her monthly pension.

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