Kent invested $5000 in a

  1. The function given by y= f(x) shows the value of $5000 Invested at 4% interest compounded continuously, x years after the money
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  2. The function given by y= f(x) shows the value of $5000 Invested at 4% interest compounded continuously, x years after the money
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  3. The function given by y= f(x) shows the value of $5000 invested at 6% Interest compounded continuously, x years after the money
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  4. The function given by y = f(x) shows the value of $5000 invested at 6% interest compounded continuously, x years after the money
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  5. The function given by y = f(x) shows the value of $5000 invested at 4% interest compounded continuously, x years after the money
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  6. The function given by y = f(x) shows the value of $5000 invested at 4% interest compounded continuously, x years after the money
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  7. Kent invested $5000 in a retirement plan. He allocated x dollars of the money to a bond account that earns 4% interest per yr
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  8. Kent invested $5000 in a retirement plan. He allocated x dollars of the money to a bond account that earns 4% interest per yr
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  9. Mr. Bert deposited $5000 into an investment account with an annual interest rate of 3.75%. What equation models this
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  10. A total of $5000 is invested: part at 5% and the remainder at 15%. How much is invested at each rate if the annual interest is
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