Hunter invested $750 in an account paying an interest rate of 6\tfrac{5}{8}6 8 5 % compounded continuously. London invested $750 in an account paying an interest rate of 6\tfrac{1}{2}6 2 1 % compounded daily. After 18 years, how much more money would Hunter have in his account than London, to the nearest dollar?

$ 55

Step-by-step explanation:

When interest is compounded continuously, the final amount will be

When interest is compounded daily, the final amount will be

, where P= Principal , r = rate of interest , t = time

For Hunter , P= $750, r =

t = 18 years

For London , P= $750, r =

t = 18 years

Difference = $ 2471.48 - $ 2416.24 =$ 55.24≈$ 55

Hence, Hunter would have $ 55 more than London in his account .

the answer is b

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c. histogram

step-by-step explanation: