For question 1 parts a,b,c below, show all work that justifies your results. You will show how to use series to compare values of payments over time with a lump sum payment today. The value of future payments in terms of today's dollars is known as the present value of those payments. 1. a. What is the present value formula if annual payments of C dollars continue indefinitely, assuming an average annual interest rate r? Write the answer as a series using summation notation b. Rewrite the summation formula found in part a. as a geometric series, and then find the sum. The answer will be a fraction containing C and r. c. For annuities with a present value of $1 million, calculate the annual payouts given over 25 years assuming interest rates of 1%, 5%, and 10%. Use the formula you obtained in part b. There are three answers- one for each rate, measured in dollars. Round each answer to the nearest cent.

For question 1 parts a,b,c below, show all work that justifies your results. You will show how to use series to compare values of payments over time with a lump sum payment today. The value of future payments in terms of today's dollars is known as the present value of those payments. 1. a. What is the present value formula if annual payments of C dollars continue indefinitely, assuming an average annual interest rate r? Write the answer as a series using summation notation b. Rewrite the summation formula found in part a. as a geometric series, and then find the sum. The answer will be a fraction containing C and r. c. For annuities with a present value of $1 million, calculate the annual payouts given over 25 years assuming interest rates of 1%, 5%, and 10%. Use the formula you obtained in part b. There are three answers- one for each rate, measured in dollars. Round each answer to the nearest cent.

Essentials Of Investments

11th Edition

ISBN:9781260013924

Author:Bodie, Zvi, Kane, Alex, MARCUS, Alan J.

Publisher:Bodie, Zvi, Kane, Alex, MARCUS, Alan J.

Chapter1: Investments: Background And Issues

Section: Chapter Questions

Problem 1PS

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Which of the following changes would increase the present value of a future payment? (check all that apply) Decrease in the number of years until the future payment is received Increase in the interest rate Increase in the amount of the payment Decrease in the interest rate Increase in the number of years until the future payment is received
Assume that you must estimate what the future value will be two years from today using the future value of 1 table. (PV of $1, EV of $1. PVA of $1, and FVA of $1) Which interest rate column and number-of-periods row do you use when working with the following rates? (Round percentage answers to 2 decimal places.) Answer is complete but not entirely correct. Number of Periods 1. 12% annual rate, compounded annually 2.8% annual rate, compounded semiannually 3. 12% annual rate, compounded quarterly 4. 12% annual rate, compounded monthly Interest Rate 12.00 2.00 3.00 1.00 % % % % 2 80 24
Suppose we invest £100,000 at a semi-annually compounded interest rate of 6% for 1 year. What are the gross and net returns? Do the same if this was a monthly compounded rate and a continuously compounded rate. Compare the three net returns to the interest rate. Can you explain the ordering of these 4 quantities?
Help
answer if its true or false 1) Based on the following information calculate the value at time 1 of the investment made at time zero. This future value is between 103 and 105. time discount investment (years) rate 6% 100 1
Can you provide the excel formula that can used to caculate the attached using an excel spread sheet? I have attempted this on my excel and come up something completely different.
A3aii Use the present value and future value formulas to solve the following problems. Confirm your answers with your financial calculator. Show both methods of calculation in your answers. When performing your calculations, keep as many decimal places as you can for intermediate answers, but round your final answers to two decimal places. (10 marks total) If you invest $1000 today at 3% annual interest rate, how much money would you have in 10 years’ time?
Future value for an ordinary annuity and annuity due will be exactly the same if the investment horizon is exactly one year. Group of answer choices True False
I already have the values I just need someone to explain the calculations, such as what numbers are used to get the future values in each problem. Specifically how to multiply the annuities and interest rates to get the future values and for the last one explain how it is calculated with the interest after the annuity due stops
Suppose you would like to invest your money for your future. You have three choices of funding agencies namely, FA 1, FA 2, and FA 3. Based on the given data below, compute for the future interest of each funding agency. What would you choose? Explain your answer. (Kindly explain your answer and put a step-by-step formula. I can't understand excel)
Can u also answer part 2
Please answer this question: What is the value at the end of Year 3 of the following cash flow stream if interest is 4% compounded semiannually? (Hint: you can use the EAR and treat the cash flows as an ordinary annuity or use the periodic rate and compound the cash flows individually.) What is the PV? What would be wrong with your answer to parts I(1) and I(2) if you used the nominal rate, 4%, rather than the EAR or the periodic rate, I sow /2=4%/2=2%, to solve the problems?

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