A2 -4 b ii This question consists of four main parts. When performing the calculations, keep as many decimal places as you can for intermediate answers, but round your final answers to two decimal places. Suppose that you have a choice between receiving $10,000 now and receiving $1000 per month for the next 12 months. Assuming that you can invest at a 12% annual percentage rate (APR) with monthly compounding, what is ii the present value?

A2 -4 b ii This question consists of four main parts. When performing the calculations, keep as many decimal places as you can for intermediate answers, but round your final answers to two decimal places. Suppose that you have a choice between receiving $10,000 now and receiving $1000 per month for the next 12 months. Assuming that you can invest at a 12% annual percentage rate (APR) with monthly compounding, what is ii the present value?

EBK CFIN

6th Edition

ISBN:9781337671743

Author:BESLEY

Publisher:BESLEY

Chapter4: Time Value Of Money

Section: Chapter Questions

Problem 15PROB

See similar textbooks

Similar questions

a2 4 b i 4. This question consists of four main parts. When performing the calculations, keep as many decimal places as you can for intermediate answers, but round your final answers to two decimal places. b. Suppose that you have a choice between receiving $10,000 now and receiving $1000 per month for the next 12 months. Assuming that you can invest at a 12% annual percentage rate (APR) with monthly compounding, what is I. the present value annuity factor?
A2-4c This question consists of four main parts. When performing the calculations, keep as many decimal places as you can for intermediate answers, but round your final answers to two decimal places. c. You are saving $200 per month at 6% annual percentage return (APR) with monthly compounding. How many years will it take for your savings to accumulate to $10,000? (Hint: Use the financial calculator for this calculation, and clearly show the inputs you use.)
If you invest $9,700 per period for the following number of periods, how much would you have received at the end? Use Appendix C. (Round "Factor" to 3 decimal places. Round the final answers to the nearest whole dollar.) a. 11 years at 9 percent Future value $ b. 16 years at 11 percent Future value $ c. 30 periods at 10 percent Future value $
ou can assume that all payments are made at the beginning of the period and use "1" for the "type" argument in the formula. A. Suppose you invest $ 11,400 today. What is the future value of the investment in 29 years, if interest at 7% is compounded annually? B B. Suppose you invest $ 11,400 today. What is the future value of the investment in 29 years, if interest at 7% is compounded quarterly? 4 5 6 27 28 29 C. Suppose you invest St $ 570 monthly. What is the future value of the investment in 29 years, if interest at 5% is compounded monthly? Question 1 Question 2 + Ready Accessibility: Investigate MAR 17 A W +
Future Value is calculated in Excel using the following function and parameters: Future Value = -FV(APR / 12, 12 * Years, Monthly Deposit) You expect to work for 30 years investing $120 per month. If you want to have $135,000 at the end of that time, what APR is needed? (Enter your answer with two decimal places)
A2-5c This question consists of three parts. When performing the calculations, keep as many decimal places as you can for intermediate answers, but round your final answers to two decimal places. c. promises to pay you a constant $300 every six months, indefinitely. Your required annual rate of return is 6%, compounded semi-annually; assume that this rate will be the same indefinitely. What is the present value of this investment three years from now? (Hint: You cannot use a financial calculator to solve this problem.)
Q7 What annual rate of return is earned on a $5,000 investment when it grows to $10,250 in five years? (Do not round intermediate calculations. Round your answer to 2 decimal places.) ANNUAL RATE OF RETURN?
2. You are comparing two annuities which offer monthly payments of $1,000 for five years and pay 1.0 percent interest per month. Annuity A will pay you on the first of each month while annuity B will pay you on the last day of each month. Which one of the following statements is correct concerning these two annuities?A. Both annuities have the same future value as of ten years from today.B. Both annuities are of equal value today.C. Annuity B has a higher present value than annuity AD. Annuity B is an annuity due.E.Annuity A has a higher future value than annuity B.
uestion 1: Solve the following TVM problems using Excel formulas. You MUST use Excel formulas (FV or PV) to receive credit. ou can assume that all payments are made at the beginning of the period and use "1" for the "type" argument in the formula. A. Suppose you invest 11,400 today. What is the future value of the investment in 29 years, if interest at 7% is compounded annually? B. Suppose you invest $ 11,400 today. What is the future value of the investment in 29 years, if interest at 7% is compounded quarterly? C. Suppose you invest $ 570 monthly. What is the future value of the investment in 29 29 years, if interest at + 5% is compounded monthly? 5 6 7 8 19 20 21 22 23 24 25 26 27 28 29 Question 1 Question 2 + Ready Accessibility: Investigate MAR 17 A 国 W X
Assume that at the beginning of the year, you purchase an investment for $6,300 that pays $130 annual income. Also assume the investment's value has increased to $6,900 by the end of the year. a. What is the rate of return for this investment? Note: Input the amount as a positive value. Enter your answer as a percent rounded to 2 decimal places. Rate of return % b. Is the rate of return a positive or a negative number? Positive Negative
Assume that at the beginning of the year, you purchase an investment for $6,500 that pays $95 annual income. Also assume the investment's value has increased to $7,050 by the end of the year. a. What is the rate of return for this investment? Note: Input the amount as a positive value. Enter your answer as a percent rounded to 2 decimal places.
b1. F = Pert , which assumes continuous compounding, says that the Future value (F) of an amount (P) invested today at an annual rate (r), expressed as a decimal for the time (t), in years is given by the function. Thus if you invested $100 at the annual rate of 5 1/2% for 6 years and 3 months you would get back (at the end of the time), F = $100e(0.055)(6.25) = $100e(0.3438) = $100(1.4102) = $141.02. If you invest $15000 today, what amount does the formula say you will get back if you leave it for 5 years and 3 months in a savings account paying 4 1/2% annually?