Question

In: Finance

Assume the appropriate discount rate is 4%. You will receive a payment every year for the...

Assume the appropriate discount rate is 4%. You will receive a payment every year for the next 17 years, which will grow at 3% annually. The amount of the first payment will be $2,000. What is the current value of this series of payments?

Solutions

Expert Solution

present value of growing annuity = payment * (1 - (1+g)^n * (1 + i)^-n)/(i - g)

g is growth rate which is 3%

payment = $2000

i is discount rate = 4%

n = 17

Present value of growing annuity = 2000 * (1 - (1.03)^17*(1.04)^-17)/(.04 - .03)

= $30,294.45


Related Solutions

Assume the appropriate discount rate is 4%. You will receive a payment every year for the...
Assume the appropriate discount rate is 4%. You will receive a payment every year for the next 17 years, which will grow at 3% annually. The amount of the first payment will be $2,000. What is the current value of this series of payments?
Assume the appropriate discount rate is 7%. You will receive a payment every year for the...
Assume the appropriate discount rate is 7%. You will receive a payment every year for the next 14 years, which will grow at 3% annually. The amount of the first payment will be $5,000. What is the current value of this series of payments?
Assume the appropriate discount rate is 5%. You will receive a payment every year for the...
Assume the appropriate discount rate is 5%. You will receive a payment every year for the next 16 years, which will grow at 4% annually. The amount of the first payment will be $3,000. What is the current value of this series of payments?
Assume the appropriate discount rate is 8%. You will receive a payment every year for the...
Assume the appropriate discount rate is 8%. You will receive a payment every year for the next 13 years, which will grow at 4% annually. The amount of the first payment will be $6,000. What is the current value of this series of payments?
Assume the appropriate discount rate is 8%. You will receive a payment every year for the...
Assume the appropriate discount rate is 8%. You will receive a payment every year for the next 13 years, which will grow at 4% annually. The amount of the first payment will be $6,000. What is the current value of this series of payments?
Assume the appropiate discount rate is 6%. A company will receive a payment every year forever,...
Assume the appropiate discount rate is 6%. A company will receive a payment every year forever, which will grow at 2% annually. The amount of the first payment will be $5,000. What is the current value of this series of payments?
Assume the appropiate discount rate is 3%. A company will receive a payment every year forever,...
Assume the appropiate discount rate is 3%. A company will receive a payment every year forever, which will grow at 2% annually. The amount of the first payment will be $2,000. What is the current value of this series of payments?
Assume the appropiate discount rate is 7%. A company will receive a payment every year forever,...
Assume the appropiate discount rate is 7%. A company will receive a payment every year forever, which will grow at 1% annually. The amount of the first payment will be $6,000. What is the current value of this series of payments?
Assume the appropriate discount rate is 5%. What is the value 4 years from today of...
Assume the appropriate discount rate is 5%. What is the value 4 years from today of an annuity that makes payments of $2,000 per year if the first payment is made 5 years from now and the last payment is made 9 years from now?
Assume the appropriate discount rate is 5%. What is the value 4 years from today of...
Assume the appropriate discount rate is 5%. What is the value 4 years from today of an annuity that makes payments of $2,000 per year if the first payment is made 5 years from now and the last payment is made 9 years from now?
ADVERTISEMENT
ADVERTISEMENT
ADVERTISEMENT