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It depends on the period.

-- If the period is 1 year, the future value is 3.996 .

-- If the period is 6 months, the future value is 2.026 .

-- If the period is 3 months, the future value is 1.428 .

-- If the period is 2 months, the future value is 1.269 .

-- If the period is 1 month, the future value is 1.196 .

These are compounded values. If interest is simple, then the value

after 18 years is 2.44 .

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Q: What is future value of 1 calculated at 8 percent in 18 periods?

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7-3/4 percent compounded quarterly = 1.9375 percent paid each period. 7-1/2 years = 30 periods The future value of $1 = (1.019375)30 = $1.77836 (rounded) The future value of $5,200 = (5,200 x 1.77836) = $9,247.46

What is the future value of $1,200 a year for 40 years at 8 percent interest? Assume annual compounding.

102102.52

It will take 12.75 periods.

It is 712.97

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THe factors are the same

Future Value

formula for future value of a mixed stream

7-3/4 percent compounded quarterly = 1.9375 percent paid each period. 7-1/2 years = 30 periods The future value of $1 = (1.019375)30 = $1.77836 (rounded) The future value of $5,200 = (5,200 x 1.77836) = $9,247.46

FV = Future Value

Future value = 1000*(1.08)7 = 1713.82

Future value= 25000*(1.08)10 =53973.12

the future value of $5,000 in a bank account for 10 years at 5 percent compounded bimonthly?

9f you are using the equation %error =[(oberved value - true value)/true value]x100 a negative percent indicates the observed value is less than the true value by the calculated percent.

What is the future value of $1,200 a year for 40 years at 8 percent interest? Assume annual compounding.

It depends how the interest is calculated. If it's compounded, your initial 500 investment would be worth 638.15 after 5 years.

You do not add the percentage error but the actual error.

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