In: Finance
Decision #1: Which set of Cash Flows is worth more now? Assume that your grandmother wants to give you generous gift. She wants you to choose which one of the following sets of cash flows you would like to receive: Option A: Receive a one-time gift of $ 10,000 today.
Option B: Receive a $1500 gift each year for the next 10 years. The first $1500 would be received 1 year from today.
Option C: Receive a one-time gift of $18,000 10 years from today. Compute the Present Value of each of these options if you expect the interest rate to be 3% annually for the next 10 years. Which of these options does financial theory suggest you should choose?
Option A would be worth ______today.
Option B would be worth $__________ today.
Option C would be worth $__________ today.
Financial theory supports choosing Option _______
Compute the Present Value of each of these options if you expect the interest rate to be 6% annually for the next 10 years. Which of these options does financial theory suggest you should choose?
Option A would be worth $__________ today.
Option B would be worth $__________ today.
Option C would be worth $__________ today.
Financial theory supports choosing Option _______
Compute the Present Value of each of these options if you expect to be able to earn 9% annually for the next 10 years. Which of these options does financial theory suggest you should choose?
Option A would be worth $__________ today.
Option B would be worth $__________ today.
Option C would be worth $__________ today.
Financial theory supports choosing Option _______
Please show how this is done on Excel if possible, Thanks!
If discount rate is 3% | ||||||
Option A | present worth of Option A | future value/(1+r)^n | 10000/(1+3%)^0 | 10000 | ||
Option B | present worth of Option B | Annuity payment*PVAF at 3% for 10 Years | 1500*8.5300 | 12795 | 0.74409391 | |
PVAF at 3% for 10 Years | 1-(1+r)^n -1 /r | 1-(1.03)^-10/ 3% | .25590/3% | 8.5300 | 0.25590609 | |
option 3 | Present value of cash flow | fv/(1+r)^n | 18000/(1.03^10 | 13393.69 | 8.53020284 | |
I will choose option 3 as it results in highest present value | ||||||
if discount rate is 6% | ||||||
Option A | present worth of Option A | future value/(1+r)^n | 10000/(1+6%)^0 | 10000 | ||
Option B | present worth of Option B | Annuity payment*PVAF at 6% for 10 Years | 1500*7.36 | 11040 | 0.55839478 | |
PVAF at 6% for 10 Years | 1-(1+r)^n -1 /r | 1-(1.06)^-10/ 6% | .44160/6% | 7.36 | 0.44160522 | |
option 3 | Present value of cash flow | fv/(1+r)^n | 18000/(1.06)^10 | 10051.11 | 7.36008705 | |
I will choose option 2 as it results in highest present value | ||||||
if discount rate is 9% | ||||||
Option A | present worth of Option A | future value/(1+r)^n | 10000/(1+9%)^0 | 10000 | 0.42241081 | |
Option B | present worth of Option B | Annuity payment*PVAF at 9% for 10 Years | 1500*6.4166 | 9624.9 | 0.57758919 | |
PVAF at 9% for 10 Years | 1-(1+r)^n -1 /r | 1-(1.09)^-10/ 9% | .5775/9% | 6.41666667 | 6.4176577 | |
option 3 | Present value of cash flow | fv/(1+r)^n | 18000/(1.09)^10 | 7603.39452 | ||
I will choose option 1 as it results in highest present value |