Question

Given an imterst rate of 1%, the future value of a lump sum invested today will...

Given an imterst rate of 1%, the future value of a lump sum invested today will always:

A. remain constant, regardless of the investment time period.

B. decrease if the investment time period is shortened.

C. decrease if the investment time period is lengthened.

D. be equal to $0

Homework Answers

Answer #1

The correct answer is B

--------------------------------------------------------------------------------------------------------------------------

FV = PV (1 + r)^n

Future value is directly related to the interest rate and time period.

So the FV will increase with increase in the time period and decrease when the investment period is shortened.

--------------------------------------------------------------------------------------------------------------------------

Hope that helps.

Feel free to comment if you need further assistance J

Know the answer?
Your Answer:

Post as a guest

Your Name:

What's your source?

Earn Coins

Coins can be redeemed for fabulous gifts.

Not the answer you're looking for?
Ask your own homework help question
Similar Questions
Find the following values: a. The future value of a lump sum of $6,000 invested today...
Find the following values: a. The future value of a lump sum of $6,000 invested today at 9 percent, annual compounding for 7 years. b. The future value of a lump sum of $6,000 invested today at 9 percent, quarterly compounding for 7 years. c. The present value of $6,000 to be received in 7 years when the opportunity cost (discount rate) is 9%, annual compounding. d. The present value of $6,000 to be received in 7 years when the...
How would a decrease in the interest rate effect the present value of a lump sum,...
How would a decrease in the interest rate effect the present value of a lump sum, single amount problem (all other variables remain the same)? Multiple Choice Increase the time needed to save. Increase the present value. Change the future value. Decrease the present value.
1. The future value of a present sum increases as either the discount rate or the...
1. The future value of a present sum increases as either the discount rate or the number of periods per year increases, other things held constant. True or False 2.It is always desirable to have a higher compounding frequency, regardless of the initial investment or the time horizon. True or False 3.A perpetuity is a level stream of evenly spaced cash flows that never ends. True or False
What is the total future value of the following cash flows: a.) $10,000 invested today for...
What is the total future value of the following cash flows: a.) $10,000 invested today for 20 years at an annual rate of 4.7% b.) $25,000 invested for 6 years at 6% c.) $50,000 invested for 15 years at 2.8% d.) Which of the above is the best investment? Why?
SINGLE LUMP-SUM Below are four independent scenarios relating to the investment of a single lump-sum amount....
SINGLE LUMP-SUM Below are four independent scenarios relating to the investment of a single lump-sum amount. Calculate the future value of each, using the algebraic formula illustrated in the textbook. Then, verify your answer by reference to the “future value of $1” table. If you have a “business” calculator, additionally verify your calculations using the future value functions included with your calculator. a) An investment of $2,000 for 6 years and then also for 8 years, at a 6% annual...
Future value is the value today of money at a future point in time. For example...
Future value is the value today of money at a future point in time. For example take a $10 investment that would grow to $100 in five years. The future value of that $10 investment is $100. It is the value today of money tomorrow. It is calculated based on the amount of money, the amount of time (in years) into the future and a given monthly interest rate. Create a method with three parameters that computes future investment using...
A. A contract features a lump-sum future flow of $46,000 three years from today. If you...
A. A contract features a lump-sum future flow of $46,000 three years from today. If you can now purchase that flow for $42,201.84, then what annual implied return would you earn on this contract? B. An annuity contract will make 8 annual payments and the first payment occurs exactly a year from today. If the annuity has a 9.2% rate and a current PV or price of $308.98, then what must be the size of its annual payments? C. An...
A Asset Valuation = Price B Wealth Accumulation C Funding – Lump sum funds lump sum...
A Asset Valuation = Price B Wealth Accumulation C Funding – Lump sum funds lump sum D Funding – Lump sum funds ordinary level annuity E Funding – Lump sum funds delayed level annuity F Funding – Ordinary level annuity funds lump sum G Funding – Ordinary level annuity funds delayed level annuity H Classify the problem as one of the above types. Classify the problem as one of the above types. How much would you have to invest today...
8.   Future Value. YOU invest a single lump sum of $5500 at the age of 21...
8.   Future Value. YOU invest a single lump sum of $5500 at the age of 21 years old and receive a 12% rate of annual return for 50 years or until the age of 72. A)   How much will you have at the end of the 50-year period? B ) How many times has your money doubled in the 50 years?
What will be the future value? (1). A lump-sum of $3000 now, in 5 years at...
What will be the future value? (1). A lump-sum of $3000 now, in 5 years at 7% compounded annually. (2). Series of payment: $3000 at the end of each year for 5 years at 7% compounded annually. (3). $1000 at the end of the first year, then increase at a rate of $100 for the following 4 years. The interest rate of 7% compounded annually. (4). $1000 at the end of the first year, then increase by 10% for the...