Youstart an account wilh \( \$ 500 \) and an interest rate much is in the account after 3 years? \( f(x)=500(1+0.06)^{3}= \)
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After 3 years, your initial investment of \( \$500 \) will have grown significantly thanks to the power of compound interest! By plugging in the numbers, you’ll get \( f(x) = 500(1.06)^{3} \), which equals about \( \$594.62 \). So, you’ll have around \( \$594.62 \) in your account by the end of the third year, just for letting your money work a little harder! It's crucial to pay attention to how often interest is compounded. If it's compounded annually, you can use the formula you’ve mentioned, but if it’s monthly or daily, you'd need to adjust the formula accordingly—compounding more frequently can lead to higher returns. Remember, even small percentages can make a big difference over time!