Melisandre wins the lottery! She has a choice between Option A: $23,000,000.00 received today. Option B:...

 

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Melisandre wins the lottery! She has a choice between Option A: $23,000,000.00 received today. Option B: 12 payments of $2,949,840.58 at the start of every year for 12 years, with the first payment today. The nominal annual interest rate is i(1) = 10.000%. Melisandre wants you to advise them which option to choose. a) Build a spreadsheet (see the posted example) to compare the present value of the 2 options. Which would you recommend? b) Suppose instead you assumed they would never spend any of the money, instead saving it all until the time of the last payment of Option B. Find the future value of both options at this time. Would this calculation change your recommendation? c) If the interest rate were i(1) = 5.000% instead, would that change which option you recommend? d) Obviously there is some interest rate i(1) at which the present value of the two options is the same. Find that value (accurate to 3 decimal places, e.g. 3.456%) using either trial and error or goal seek. (Warning: if you are using trial and error using only 3 decimal places for the interest rate, the present values you compute might not match exactly!) 1 TT A▾ B I S ..2 = E B $$ ! Melisandre wins the lottery! She has a choice between Option A: $23,000,000.00 received today. Option B: 12 payments of $2,949,840.58 at the start of every year for 12 years, with the first payment today. The nominal annual interest rate is i(1) = 10.000%. Melisandre wants you to advise them which option to choose. a) Build a spreadsheet (see the posted example) to compare the present value of the 2 options. Which would you recommend? b) Suppose instead you assumed they would never spend any of the money, instead saving it all until the time of the last payment of Option B. Find the future value of both options at this time. Would this calculation change your recommendation? c) If the interest rate were i(1) = 5.000% instead, would that change which option you recommend? d) Obviously there is some interest rate i(1) at which the present value of the two options is the same. Find that value (accurate to 3 decimal places, e.g. 3.456%) using either trial and error or goal seek. (Warning: if you are using trial and error using only 3 decimal places for the interest rate, the present values you compute might not match exactly!) 1 TT A▾ B I S ..2 = E B $$ !

Answer rating: 100% (QA)

a Using a spreadsheet to calculate the present value of the two options we get Option A PV 23000000 ... View the full answer