A) $7,096.
B) $7,013.
C) $7,129.
D) $8,880.FVA = $500 x 14.1920* = $7,096 *FVA of $1: n=12; i=3%
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Multiple Choice
A) $ 129,576.
B) $ 145,000.
C) $ 125,257.
D) $ 172,768.
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Essay
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Multiple Choice
A) 4 years.
B) 6 years.
C) 7 years.
D) 9 years.The investment is successful when the present value of the ordinary annuity = $2 million.This is when the PV factor (from Table 4) is at least 4.0, so that multiplied by $500,000; it is at least $2 million.In Table 4, at i=20%, the factor passes the 4.0 level in year 9.
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Multiple Choice
A) An annuity due.
B) An ordinary annuity.
C) A future annuity.
D) A deferred annuity.
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Essay
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Multiple Choice
A) $ 8,375.
B) $41,874.
C) $11,941.
D) $41,000.PV = $50,000 x .83748* = $41,874 *PV of $1: n=6; i=3%
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Multiple Choice
A) Multiply $10,500 by the present value of 1.
B) Divide $10,500 by the future value of an ordinary annuity of 1.
C) Divide $10,500 by the present value of an annuity due of 1.
D) Multiply $10,500 by the present value of an ordinary annuity of 1.
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True/False
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Multiple Choice
A) Future value of an ordinary annuity of 1.
B) Future value of 1.
C) Future value of an annuity of 1.
D) Present value of an annuity due of 1.
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Multiple Choice
A) $90,000.
B) $69,343.
C) $74,891.
D) None of these.$15,000 x 4.99271* = $74,891 (rounded) *PVAD of $1: n=6; i=8%
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