In: Accounting
3. Future and Present Value Calculations
A. Mark J. is due to receive a cash stipend of $80,000 from a family trust at the end of five years. A relative has offered to purchase Mark’s interest in the trust fund. If Mark’s investment rate is 10%, what is the minimum amount that he should accept today for the $80,000 interest?
B. Maria H. has decided to deposit $3,000 per year in a savings certificate account for the next 20 years. If the account is able to earn 6% per year during that time, how much will accumulate in the account at the end of the 20 years?
C. Lucy G. has the opportunity to buy a property from which she can earn $15,000 per year in rental income for a period of 10 years. If Lucy’s investment rate is 12% per year, what is the maximum amount that she would be willing to pay today and still meet her investment criterion?
D. Andrew M. has $20,000 to invest. How much money will Andrew have at the end of 30 years if the $20,000 lump sum is put into a retirement account and allowed to earn 8% per year for a period of 30 years?
A) VALUE OF $1 AT THE END OF YEAR 5 = (1/1.10)^5 = 0.621
AMOUNT TO BE ACCEPTED = 80000*0.621 = 49670 APPROX
B)
FUTURE VALUE OF ANNUITY = R[(1+i)^n-1]/i |
R = CASH FLOW PER PERIOD
I = INTEREST RATE
N = NUMBER OF PAYMENTS
3000[(1+0.06)^20-1]/0.06
3000*2.207/0.06 = 110355 APPROX
C)
YEAR | BASE (12%) | PV FACTOR (A) | CASH INFLOWS [B) | PV OF CASH FLOW B*A |
1 | 1/1.12 | 0.893 | 15000.00 | 13393 |
2 | (1/1.12)^2 | 0.797 | 15000.00 | 11958 |
3 | (1/1.12)^3 | 0.712 | 15000.00 | 10677 |
4 | (1/1.12)^4 | 0.636 | 15000.00 | 9533 |
5 | (1/1.12)^5 | 0.567 | 15000.00 | 8511 |
6 | (1/1.12)^6 | 0.507 | 15000.00 | 7599 |
7 | (1/1.12)^7 | 0.452 | 15000.00 | 6785 |
8 | (1/1.12)^8 | 0.404 | 15000.00 | 6058 |
9 | (1/1.12)^9 | 0.361 | 15000.00 | 5409 |
10 | (1/1.12)^10 | 0.322 | 15000.00 | 4830 |
NET PRESENT VALUE | 84753 |
MAXIMUM AMOUNT SHE WOULD BE WILLING TO PAY = 84753
D)
A = P(1 + r/n) ^ nt. |
A= FINAL AMOUNT |
P = INITIAL AMOUNT |
R = INTEREST RATE |
N = NO. OF TIMES INTEREST PAID IN 1 YEAR |
T= TOTAL YEARS |
A = 20000(1+0.08/1)^30
=20000*10.06 = 201250 APPROX