Question

In: Accounting

If you win the lottery and can choose $10,000 today or $2,000 at the end of...

If you win the lottery and can choose $10,000 today or $2,000 at the end of each year for 6 years, which would you choose? Consider only the value of the options in your analysis Use an interest rate of 6%.

a. Take the 2,000 for 6 years b/c it is worth 12,000 in today's dollars

b. None of the choices are correct

c. Take the 10,000 today because it is worth more than 2,000 spread over 6 years

d. Take the 2,000 for 6 years because it is worth 10,484 in todays dollars

e. Take the 2,000 for 6 years because it is worth 10,316 in todays dollars

Solutions

Expert Solution

The option (C) Take the 10,000 today because it is worth more than 2,000 spread over 6 years is choosen due to the following reason.

The Present Value of 2000 at the end of each year is calculated as follows,

Year Amount PV@6% Amount * PV@6%
1 2000 0.943                  1,886.79
2 2000 0.890                  1,779.99
3 2000 0.840                  1,679.24
4 2000 0.792                  1,584.19
5 2000 0.747                  1,494.52
6 2000 0.705                  1,409.92
12000 Present Value                  9,834.65

The present value of 2000 received at the end of 6 years would come to 9834.65. Thus it is better to accept $10,000 today.


Related Solutions

You win the lottery! Your choices are Take $25 million today. Take $1 million today and...
You win the lottery! Your choices are Take $25 million today. Take $1 million today and $1 million every year for the next 49 years (a total of $50 million) a) If the interest rate is 0.1% compounded annually, which would you prefer? b) If the interest rate is 4% compounded annually, which would you prefer? c) At what annual interest rate would you be indifferent between the two? use equation to solve!
You win the lottery! Your choices are Take $25 million today. Take $1 million today and...
You win the lottery! Your choices are Take $25 million today. Take $1 million today and $1 million every year for the next 49 years (a total of $50 million) a) If the interest rate is 0.1% compounded annually, which would you prefer? b) If the interest rate is 4% compounded annually, which would you prefer? c) At what annual interest rate would you be indifferent between the two? please use excel and GOAL SEEK FOR 2C
2) You win the lottery! Your choices are Take $25 million today. Take $1 million today...
2) You win the lottery! Your choices are Take $25 million today. Take $1 million today and $1 million every year for the next 49 years (a total of $50 million) a) If the interest rate is 0.1% compounded annually, which would you prefer? b) If the interest rate is 4% compounded annually, which would you prefer? c) At what annual interest rate would you be indifferent between the two? (Hint: build a spreadsheet to compute the present value of...
5. A $10,000 investment can be made today that will produce savings of $2,000 annually for...
5. A $10,000 investment can be made today that will produce savings of $2,000 annually for the next 7 years. There is no salvage value involved. Calculate the present worth of the investment at MARR = 10%. Show that the same PW results when the constant-dollar savings inflate at 8% annually. Apply the combined interest-inflation rate to discount the actual-dollar cash flow
You win the lottery! Your choices are Take a single payment of $20 million today. Take...
You win the lottery! Your choices are Take a single payment of $20 million today. Take 40 payments of $1 million; first payment today and then $1 million at the start of every year for the next 39 years a) If the interest rate is 2% compounded annually, which would you prefer? b) If the interest rate is 10% compounded annually, which would you prefer? c) At what annually compounded interest rate would you be indifferent between the two?
4.    Continuous Streams         You win a lottery and the lottery commission will pay you $3...
4.    Continuous Streams         You win a lottery and the lottery commission will pay you $3 million a year for 10 years. They also offer you a choice to take $18 million as one lump sum payment.                      a.     What is the long-form expression for this problem if the discount factor is unknown? (Just give the 1st, 2nd, and terminal terms in the equation.) (3)         b.     Compute the discount factor the lottery commission used to get the $18...
Suppose you win the lottery when the jackpot amount is $162 million. You can receive the...
Suppose you win the lottery when the jackpot amount is $162 million. You can receive the jackpot amount paid out evenly over 26 years or you can elect to take an immediate payment of $95 million, before taxes. Ignore all tax effects. Considering this scenario, which option is most advantageous and why? (Be specific as to any calculations performed.) What other factors should be considered in making your decision? Important Note: Please be sure your response is based on our...
Suppose you win the lottery when the jackpot amount is $162 million. You can receive the...
Suppose you win the lottery when the jackpot amount is $162 million. You can receive the jackpot amount paid out evenly over 26 years or you can elect to take an immediate payment of $95 million, before taxes. Ignore all tax effects. Considering this scenario, which option is most advantageous and why? (Be specific as to any calculations performed.) What other factors should be considered in making your decision? Important Note: Please be sure your response is based on our...
You win the lottery and have the choice of taking $10 million today or $500,000 per year for the your life
You win the lottery and have the choice of taking $10 million today or $500,000 per year for the your life. Assuming interest rates are 5%, which choice will you make? Please explain.
You just won the initial school of finance lottery! You have won $10,000 today, $20,000 five...
You just won the initial school of finance lottery! You have won $10,000 today, $20,000 five years from today, and $50,000 ten years from today. As an alternative, you can receive your winnings as a 15 year annuity with the first payment received ten years from today. If you require a 6% return on your investment, how much annuity pay you each for you to select that option?
ADVERTISEMENT
ADVERTISEMENT
ADVERTISEMENT