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Suppose a Deposit of $3,500 in a Savings Account That

Question 80

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Suppose a deposit of $3,500 in a savings account that paid an annual interest rate Suppose a deposit of $3,500 in a savings account that paid an annual interest rate (compounded yearly) is worth $3,977 after 2 years. Using the formula , we have Solve for r to find the annual interest rate. Round the answer to the nearest tenth. A) B) C) D) E) (compounded yearly) is worth $3,977 after 2 years. Using the formula Suppose a deposit of $3,500 in a savings account that paid an annual interest rate (compounded yearly) is worth $3,977 after 2 years. Using the formula , we have Solve for r to find the annual interest rate. Round the answer to the nearest tenth. A) B) C) D) E) , we have Suppose a deposit of $3,500 in a savings account that paid an annual interest rate (compounded yearly) is worth $3,977 after 2 years. Using the formula , we have Solve for r to find the annual interest rate. Round the answer to the nearest tenth. A) B) C) D) E) Solve for r to find the annual interest rate. Round the answer to the nearest tenth.


A) Suppose a deposit of $3,500 in a savings account that paid an annual interest rate (compounded yearly) is worth $3,977 after 2 years. Using the formula , we have Solve for r to find the annual interest rate. Round the answer to the nearest tenth. A) B) C) D) E)
B) Suppose a deposit of $3,500 in a savings account that paid an annual interest rate (compounded yearly) is worth $3,977 after 2 years. Using the formula , we have Solve for r to find the annual interest rate. Round the answer to the nearest tenth. A) B) C) D) E)
C) Suppose a deposit of $3,500 in a savings account that paid an annual interest rate (compounded yearly) is worth $3,977 after 2 years. Using the formula , we have Solve for r to find the annual interest rate. Round the answer to the nearest tenth. A) B) C) D) E)
D) Suppose a deposit of $3,500 in a savings account that paid an annual interest rate (compounded yearly) is worth $3,977 after 2 years. Using the formula , we have Solve for r to find the annual interest rate. Round the answer to the nearest tenth. A) B) C) D) E)
E) Suppose a deposit of $3,500 in a savings account that paid an annual interest rate (compounded yearly) is worth $3,977 after 2 years. Using the formula , we have Solve for r to find the annual interest rate. Round the answer to the nearest tenth. A) B) C) D) E)

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