Question

In: Finance

What lump sum deposited today at 12​% compounded quarterly for 10 years will yield the same...

What lump sum deposited today at 12​% compounded quarterly for 10 years will yield the same final amount as deposits of ​$3000 at the end of each​ 6-month period for 10 years at ​10% compounded​ semiannually?

The value of the lump sum is $___

Solutions

Expert Solution

- A lumpsum amount deposit today for 10 years will have the same future value as the Semi-annual periodic deposit for 10 years.

Calculating the Future Value of Semi-annual periodic deposit using FV annuity formula:-

Where, C= Periodic Payments = $3000

r = Periodic Interest rate = 10%/2 = 5%

n= no of periods = 10 years*2 = 20

Future Value = $99,197.86

Now, the Lumpsum deposit will have the same Future Value.

Calculating the Present Value of amount of lumpsum deposit:-

r = Periodic Interest rate = 12%/4 = 3%

n= no of periods = 10 years*4 = 40

Present value = $30,409.78

So, lump sum deposited today is $30,409.78

If you need any clarification, you can ask in comments.    

If you like my answer, then please up-vote as it will be motivating       


Related Solutions

What sum deposited today at 6​% compounded annually for 12 years will provide the same amount...
What sum deposited today at 6​% compounded annually for 12 years will provide the same amount as ​$1300 deposited at the end of each year for 12 years at 8​% compounded​ annually? 1.What sum would have to be deposited today at 6​% interest compounded​ annually? Round to the nearest cent
Find the lump sum deposited today that will yield the same total amount as payments of...
Find the lump sum deposited today that will yield the same total amount as payments of 11,000 at the end of each year for 13 ​years, at an interest rate of ​4% compounded annually.
What is the present value of a lump sum of $2,000 deposited in 9 years at a rate of 12 percent compounded continuously?
What is the present value of a lump sum of $2,000 deposited in 9 years at a rate of 12 percent compounded continuously?(Please show step by step calculations. Also, a financial calculator can be used as well ,as long as each step is shown. )
What single sum, deposited today, into a college account earning 10% compounded semi-annually, would allow for...
What single sum, deposited today, into a college account earning 10% compounded semi-annually, would allow for the following: semi annual college payments for four years (starting 10 years from now), tuition and fee payments at the beginning of each half year over that same four year timeframe (again, starting 10 years from now), and tuition payments of $15,000 per half year over the same four years (starting 10 years from now) .   (show using Excel)
Your father invested a lump sum 35 years ago at 6.75 percent interest compounded monthly. Today,...
Your father invested a lump sum 35 years ago at 6.75 percent interest compounded monthly. Today, he gave you the proceeds of that investment which totalled OMR 77,223. How much did your father originally invest?
Your father invested a lump sum 20 years ago at 10% interest for your education. Today,...
Your father invested a lump sum 20 years ago at 10% interest for your education. Today, that account worth $100,000.00. How much did your father deposit 20 years ago? A. $14,329.72 B. $14,517.19 C. $13,945.11 D. $14,864.36
What lump sum of money must be deposited into a bank account at the present time...
What lump sum of money must be deposited into a bank account at the present time so that ​$550 per month can be withdrawn for four years, with the first withdrawal scheduled for five years from​ today? The interest rate is 3​/4​% per month.​ (Hint: Monthly withdrawals begin at the end of the month 60​.)
What lump some of money deposited today will grow to a future value of $9,280 at...
What lump some of money deposited today will grow to a future value of $9,280 at 9 3/4% compounded monthly for 2 1/2 years? Please show work.
$9,800 is deposited for 10 years at 6% compounded annually, determine the FV?
$9,800 is deposited for 10 years at 6% compounded annually, determine the FV?
1. What is the value to you today a $50,000 lump-sum that you will receive in...
1. What is the value to you today a $50,000 lump-sum that you will receive in 5 years if you could invest your money at 6% compounding monthly? (rate is on annualized bases) 2. You invest $5,000 today with the expectation that this investment will return $100 monthly for the next 5 years. What is your expected annual rate of return?
ADVERTISEMENT
ADVERTISEMENT
ADVERTISEMENT