FIN MCQ FIN FV of multiple cash flows: Shane Matthews has invested in an investment that will pay him $6,200, $6,450, $7,225, and $7,500 over the next four years. If his opportunity cost is 10 percent, what is the future value of the cash flows he will receive? (Round to the nearest dollar.)

FV of multiple cash flows: Shane Matthews has invested in an investment that will pay him $6,200, $6,450, $7,225, and $7,500 over the next four years. If his opportunity cost is 10 percent, what is the future value of the cash flows he will receive? (Round to the nearest dollar.)

FIN

FV of multiple cash flows: Shane Matthews has invested in an investment that will pay him $6,200, $6,450, $7,225, and $7,500 over the next four years. If his opportunity cost is 10 percent, what is the future value of the cash flows he will receive? (Round to the nearest dollar.)

A) $27,150
B) $29,900
C) $30,455
D) $31,504

Answer: D

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FIN MCQ

FV of multiple cash flows: Shane Matthews has invested in an investment that will pay him $6,200, $6,450, $7,225, and $7,500 over the next four years. If his opportunity cost is 10 percent, what is the future value of the cash flows he will receive? (Round to the nearest dollar.)

FV of multiple cash flows: Shane Matthews has invested in an investment that will pay him $6,200, $6,450, $7,225, and $7,500 over the next four years. If his opportunity cost is 10 percent, what is the future value of the cash flows he will receive? (Round to the nearest dollar.)

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