A) $23,586.
B) $22,899.
C) $21,565.
D) $23,000.PVAD = $ 5,000 x 4.71710* = $23,586 *PVAD of $1: n=5; i=3%
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True/False
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Multiple Choice
A) 11 years.
B) 10 years.
C) 8.5 years.
D) 8.8 years.$255,906 $30,000 = 8.5302 For PVA of $1 factor of 8.5302 and i of 3%, n = 10
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Multiple Choice
A) Between 13% and 14%.
B) Between 7% and 8%.
C) Between 5.5% and 6%.
D) Cannot be determined from the given information.That is, the present value of a 10-year annuity due of $10 million is $75 million, when the discount factor (from Table 6) equals 7.5000.That point is between 7% and 8% in the table.
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Multiple Choice
A) $6,250,000.
B) $3,195,840.
C) $3,637,590.
D) $3,387,590.$250,000 x 13.55036* = $3,387,590 *PVAD of $1: n=25; i=6%
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Multiple Choice
A) Obtain the FVA factor for n+1 and deduct 1.
B) Obtain the FVA factor for n and deduct 1.
C) Obtain the FVA factor for n-1 and add 1.
D) Obtain the FVA factor for n+1 and add 1.
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Multiple Choice
A) $32,617.
B) $29,924.
C) $27,250.
D) $26,800.FVA = $5,000 x 5.9847* = $29,924 *FVA of $1: n=5; i=9%
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Multiple Choice
A) $166,651.
B) $135,252.
C) $203,351.
D) $191,852.We compute the annual payments in the present value of an annuity due formula, where the present value is $1 million, n=6 and i=6%.The discount factor (from table 6) is 5.21236.Dividing $1 million by this factor gives payments of $191,852.
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Multiple Choice
A) $44,035.
B) $40,855.
C) $69,035.
D) $65,855.The lump sum equivalent would be $39,000 + the present value of a $10,000 deferred annuity.The present value of the deferred annuity on June 1, 2010 is an annuity due with n=5 and i=9%.That is, ($10,000 x 4.23972 from Table 6) = $42,397.To compute the equivalent of that amount at employment date, we take the present value of $42,397 where n=4 and i=9% from Table 2, which is $42,397 x 0.70843 = $30,035.Therefore, the lump sum equivalent would be $39,000 + $30,035 = $69,035.
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Multiple Choice
A) $26,662.
B) $27,462.
C) $28,286.
D) $29,135.PVA = $10,000 x ( 4.57971* - 1.91347**) = $26,662 *PVA of $1: n=5; i=3% **PVA of $1: n=2; i=3%
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Multiple Choice
A) Present value of an annuity of 1.
B) Future value of an annuity due of 1.
C) Present value of an ordinary annuity of 1.
D) Future value of an ordinary annuity of 1.
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