Question

In: Finance

If you start making $50 monthly contributions today and continue them for five years, what’s their...

If you start making $50 monthly contributions today and continue them for five years, what’s their future value if the compounding rate is 10 percent APR?

What is the present value of this annuity?

Solutions

Expert Solution

1.Information provided:

Monthly contribution= $50

Time= 5 years*12 = 60 months

Interest rate= 10%/12 = 0.8333%

The question is concerning finding the future value of an annuity due. Annuity due refers to annuity that occurs at the beginning of a period.

This can be solved using a financial calculator by inputting the below into the calculator:

The financial calculator is set in the end mode. Annuity due is calculated by setting the calculator to the beginning mode (BGN). To do this, press 2ndBGN 2ndSET on the Texas BA II Plus calculator.

Enter the below in the financial calculator in BGN mode:

PMT= -50

N= 60

I/Y= 0.8333

Press the CPT key and FV to compute the future value of the ordinary annuity.

The value obtained is 3,904.08.

Therefore, the future value of annuity due is $3,904.08.

2.Enter the below in a financial calculator to calculate the present value of the annuity:

PMT= -50

N= 60

I/Y= 0.8333

Press the CPT and PV to compute the present value.

The value obtained is 2,372.88.

Therefore, the present value of the annuity is $2,372.88.


Related Solutions

If you start making $160 monthly contributions today and continue them for five years what’s their...
If you start making $160 monthly contributions today and continue them for five years what’s their future value if the compounding rate is 10.25% APR do not round intermediate calculations and round your final answer to two decimal places. What is the present value of this and annuity?
You are considering an investment by depositing $25,000 to an account today and making monthly contributions...
You are considering an investment by depositing $25,000 to an account today and making monthly contributions of $300 into the account for 10 years. If you want to have $100,000 in the account after 10 years, what annual interest rate must you earn from the account? If you go ahead with the investment and decide to increase the monthly contribution to $400 after 5 years (deposit $25,000 today, $300 monthly for the first 5 years), how much will you have...
You are considering an investment by depositing $25,000 to an account today and making monthly contributions...
You are considering an investment by depositing $25,000 to an account today and making monthly contributions of $300 into the account for 10 years. If you want to have $100,000 in the account after 10 years, what annual interest rate must you earn from the account? If you go ahead with the investment and decide to increase the monthly contribution to $400 after 5 years (deposit $25,000 today, $300 monthly for the first 5 years), how much will you have...
Kori is making monthly contributions of of $260 to her savings account which pays interest at...
Kori is making monthly contributions of of $260 to her savings account which pays interest at the APR of 6.9%, compounded monthly. Right after Kori makes her 35th contribution, the bank changes the APR to 7.2% and Kori makes 57 more $260 contributions. What is Kori's balance right after her last contribution?
For his retirement in 30 years, a man plans to make monthly contributions of $25 to...
For his retirement in 30 years, a man plans to make monthly contributions of $25 to an ordinary annuity paying 8% annually, compounded monthly at a. Find the total amount of his contributions. b. Find the single deposit now that will provide the same retirement benefit.
A monthly perpetuity of $100 will start 6 months from today. If the discount rate is...
A monthly perpetuity of $100 will start 6 months from today. If the discount rate is 6% APR compounded monthly, what is the value of the perpetuity today (at time t=0)? Enter answer as a dollar, rounded to nearest dollar.
You will deposit $10,000 today. It will grow for 10 years at 10% interest compounded monthly....
You will deposit $10,000 today. It will grow for 10 years at 10% interest compounded monthly. You will then withdraw the funds quarterly over the next 4 years. The annual interest rate over those 4 years is 8%. Your quarterly withdrawal will be A. $1691.90. B. $1993.74. C. $1789.37. D. $660.87.
Assume that this monthly situation will continue for some time, and you are in the short...
Assume that this monthly situation will continue for some time, and you are in the short run. Fixed Costs                $10,000 Variable Costs           $ 5,000 Total Costs                 $15,000 Revenue                     $12,000 Total Costs                 $15,000 Profit/Loss                 $( 3,000) (A loss)     Should you shut down operations or would it be better to continue running?
2.You decide to start saving for your retirement, in 25 years time. Today you make an...
2.You decide to start saving for your retirement, in 25 years time. Today you make an initial lump sum payment of 10,000, then decide to save 500 per semester and expect an average return of 6.6%(comp.semesterly or semiannually). How much will you have in the end, assuming you pay the money in the beginning of each semester? 3.Your bank has just launched a savings scheme which pays an interest at 5.15% monthly compounded, over 10 years. If you invest 100...
you make monthly deposits into an account earning 4.1% for 18 years. afterwards, you stop making...
you make monthly deposits into an account earning 4.1% for 18 years. afterwards, you stop making deposits and withdraw $300 at the end of each month for 12 years. what must your monthly deposits be during the first 18 years? round to two decimal places.
ADVERTISEMENT
ADVERTISEMENT
ADVERTISEMENT