7. Use the present value formula or the future value
table to determine the rate of return for each
of the specified investments.
A. Assume an investment of$30,000 today is
expected to mature in ten years with a value of
$59,010. What is the annual rate of return (r) that will be earned
on this investment?
B. Assume a business is considering an investment
of $20,000 that will grow to $36,000 in
eight years. The business requires a 7 percent annual rate of
return on its investments.
Determine whether the business should make the investment by
calculating its rate of
return.
8. Use the future value of an annuity table or formula to
determine the future values in each of the
specified scenarios.
A. An ordinary annuity consists of payments of
$1,000 received at the end of each year for five
years. Assume that each $1,000 payment will be deposited in an
account that pays 4
percent interest annually. Using the future value of an annuity
table or formula, determine
the annuity’s future value.
B. An organization’s risk management
professional has determined that a steam boiler will
need to be replaced in three years. The total cost of the
replacement at that time is
expected to be $75,000. The risk management professional wants to
budget an equal
amount to be deposited into a reserve fund at the end of each of
the next three years. The
fund is expected to earn a return of 3 percent, compounded
annually. The risk management
professional knows the amount to be deposited will be less than
$25,000 ($75,000/3 years)
because of the benefit of the 3 percent compounded interest. Using
the future value of an
annuity formula and the future value table, determine how much must
be deposited in the
account at the end of each of the next three years in order for it
to accumulate to $75,000.
7.A.
We know present value = future value/(1+r)^n where r = Annual rate of return;n = 10 years
30000 = 59010/(1+r)^10
or, (1+r) = (59010/30000)^(1/10)
or, r = (59010/30000)^(1/10) - 1 = 0.069991767 = 6.9991767% [Which can be approximated to 7%]
B.
We know present value = future value/(1+r)^n where r = Annual rate of return;n = 8 years
20000 = 36000/(1+r)^8
or, r = (36000/20000)^(1/8) - 1 = 0.076239836 = 7.6239836% which is more than required rate of return so business should make the investment
7. Use the present value formula or the future value table to determine the rate of...
The future value of a $10,000 annuity deposited at 12 percent compounded annually for each of next 5 years is: (Round to the nearest whole dollar) A. $40,376 B. $63,528 C. $71,154 D. $36,050 The future value of an ordinary annuity of $1,000 each year for 10 years, deposited at 3 percent, is: (Round to the nearest whole dollar) A. $8,530 B. $11,464 C. $11,808 D. $10,000 Peter will receive $1,200 at the beginning of each of the next...
Exercise A3-11 Practice with Tables Use Future Value Tables and Present Value Tables, or your calculator, to complete the requirements below. Required: Round your answers to the nearest cent. a. Determine the future value of a single cash flow of $5,000 that earns 7% interest compounded annually for 10 years. $ b. Determine the future value of an annual annuity of 10 cash flows of $500 each that earns 7% compounded annually. $ c. Determine the present value of $5,000...
(Calculating the future value of an ordinary annuity) Calculate the future value of each of the following streams of payments. a. £430 a year for 12 years compounded annually at 6 percent. b. €56 a year for 8 years compounded annually at 8 percent. c. $75 a year for 5 years compounded annually at 3 percent. d. £120 a year for 3 years compounded annually at 10 percent.
Calculate the future value of the following annuity streams: a. $6,000 received each year for 4 years on the last day of each year if your investments pay 6 percent compounded annually. b. $6,000 received each quarter for 4 years on the last day of each quarter if your investments pay 6 percent compounded quarterly. c. $6,000 received each year for 4 years on the first day of each year if your investments pay 6 percent compounded annually. d. $6,000...
Solve for the Present Value of a Lump Sum with the Following Situation: Investor has been offered an investment opportunity that is expected to provide $1,300 cash inflow at the end of five years. Investor is able to make 5% compounded annually on other investments. (This 5% discount rate can be thought of as an opportunity cost of capitalthe return the investor is forgoing on an alternative investment of equal risk). How much can the investor pay today for this...
1.What is the future value of $200 deposited today at 7 percent interest compounded annually for 4 years? (Round to the nearest dollar.) A.$262 B.$260 C.$267 D.$256 2.Raffy deposited $4000 in an investment account for 4 months. The account paid simple interest at a rate of 2.1 percent. What is the future value of his investment? A.$4336.00 B.$4084.00 C.$4028.00 D.$4164.75
Need help with this, thank you! Calculate the future value of the following annuity streams: a. $4,00O received each year for 6 years on the last day of each year if your investments pay 5 percent compounded annually b. $4,00O received each quarter for 6 years on the last day of each quarter if your investments pay 5 percent compounded quarterly c. $4,0OO received each year for 6 years on the first day of each year if your investments pay...
6-1. (Calculating the future value of an ordinary annuity) Calculate the future value of each of the following streams of payments. a. £430 a year for 12 years compounded annually at 6 percent. b. €56 a year for 8 years compounded annually at 8 percent. e. $75 a year for 5 years compounded annually at 3 percent. d. £120 a year for 3 years compounded annually at 10 percent.
EXHIBIT 5 EXHIBIT 7 Present Value of an Annuity Determine the present value of $260,000 to be received at the end of each of four years, using an interest rate of 10%, compounded annually, as follows: a. By successive computations, using the present value of $1 table in Exhibit 5. Round to the nearest whole dollar. First year Second Year Third Year Fourth Year Total present value b. By using the present value of an annuity of $1 table in...
1. Determine the discount rate assuming the present value of $940 at the end of 1-year is $865? 2. $9,800 is deposited for 12 years at 5% compounded annually, determine the FV? 3. If $2,800 is discounted back 4 years at an interest rate of 8% compounded semi-annually, what would be the present value? 4. Consider a newlywed who is planning a wedding anniversary gift of a trip to Canada for her husband at the end of 10 years. She...