Math Problem Statement
Given the following information, how much savings would you have at retirement if you invested your savings at 10.5% APR compounded monthly? You have an average income of $57,571 per year over the 34 years of your employment. You invest 6% of your wages each month to your savings. Your employer matches your contributions to your savings. Group of answer choices
$2,235,027.49
$2,279,728.04
$2,011,524.74
$2,100,925.84
Solution
To calculate the savings at retirement, we can use the future value of a series of equal payments formula with compounding interest. The formula is:
Where:
- = future value (savings at retirement)
- = monthly contribution (investment)
- = monthly interest rate
- = total number of contributions (months)
Given:
- Average annual income = $57,571
- Employee's monthly contribution = 6% of monthly income
- Employer matches the contribution (i.e., total monthly contribution is doubled)
- APR (Annual Percentage Rate) = 10.5%
- Compounded monthly, so monthly interest rate
- Employment period = 34 years, so total months
Step-by-step:
-
Calculate monthly income:
-
Employee's monthly contribution (6% of monthly income):
-
Total monthly contribution (with employer match):
-
Plug into the future value formula:
-
Calculate future value:
The correct answer is $2,279,728.04.
Do you need further details or clarifications?
Here are some additional questions that expand on this topic:
- How does changing the interest rate affect the final savings?
- What would the savings be if the employment period was only 30 years?
- How much difference does employer matching make in the total savings?
- What happens if the contribution rate is increased to 8%?
- What if the contributions were compounded quarterly instead of monthly?
Tip: Compounding more frequently (e.g., monthly vs. annually) increases the future value of your investments due to more frequent application of interest.
Ask a new question for Free
By Image
Drop file here or Click Here to upload
Math Problem Analysis
Mathematical Concepts
Compound Interest
Future Value of a Series of Payments
Exponential Growth
Formulas
Future Value of a Series of Payments: FV = P × [(1 + r)^n - 1] / r
Theorems
Future Value Theorem
Compound Interest Theorem
Suitable Grade Level
College or Advanced High School
Related Recommendation
Future Value of Monthly Deposits in Retirement Account
Calculate Retirement Time with Monthly Contributions and 10.1% APR
Calculate the Future Value of a Retirement Account with 10.7% APR and Monthly Deposits
Calculate Future Value of Retirement Savings with 44% APR Interest Rate Over 35 Years
Calculate Retirement Savings with Monthly Contributions and Compound Interest