None 4-77. Refer to the accompanying cash-flow diagram(Figure P4-77), and solve for the unknown quantity inParts (a) through (d) that makes the equivalent value ofcash outflows equal to the equivalent value of the cashinflow, F. (4.11)a. If F = $10,000, G = $600, and N = 6, then i = ?b. If F = $10,000, G = $600, and i = 5% per period,then N = ?c. If G = $1,000, N = 12, and i = 10% per period, thenF = ?d. If F = $8,000, N = 6, and i = 10% per period, thenG=?

Part (a)We are solving for iii given:Future value F=10,000Gradient G=600Number of periods N=6The…

Answered: 4-77. Refer to the accompanying…

ENGR.ECONOMIC ANALYSIS

14th Edition

ISBN:9780190931919

Author:NEWNAN

Publisher:NEWNAN

Chapter1: Making Economics Decisions

Section: Chapter Questions

Problem 1QTC

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Solve for the unknown quantity in Parts (a) through (d) that makes the equivalent value of cash outflows equal to the equivalent value of the cash inflow, F. a. If F $9,000, G = $550, and N=6, then i=? b. If F = $9,000, G = $550, and i=4% per period, then N = ? c. If G=$1,100, N=12, and i=8% per period, then F = ? d. If F = $7,700, N=6, and i=8% per period, then G = ? Click the icon to view the accompanying cash-flow diagram. Click the icon to view the interest and annuity table for discrete compounding when i=4% per year. Click the icon to view the interest and annuity table for discrete compounding when i=8% per year. End of Period 0 2 3 4 F= ? N-1 N G 2G 3G (N-2)G ง
Question 5 Part B: You plan to deposit $200 at the end of every six months for 8 years starting at the end of month 6. Then after leaving the money in the account for several years, you plan to withdraw everything 15 years from today. How much is available to withdraw at the end of year 15 if the account pays a nominal annual rate of 8% compounded monthly? Question 5 Part B: Identify the correct Function Notation for this scenario. O F= 200(F/A,8.3%, 8) (F/p, 8.3%, 7) O F= 200(F/A,27%,16) (F/p, 27%, 14) O F= 200(F/A,4.07%, 16) (F/p, 4.07%, 14) O F= 200(F/A,4.07%,8) (P/F, 4.07%, 7)
A company borrowed $120,000 at an interest rate of 9% to be repaid over a period of six years. The loan will be repaid in installments according to the cash-flow diagram shown herewith (which also reflects the cash inflow of $120,000). What is the size of the last payment (X) required to pay off the loan?
(3) Suppose we invested $20,000 at an annual rate of 5% where interest is compounded continuously. (a) Write down an IVP that describes the amount of money y(t) that you will have in your account after t years. Then, solve the IVP and compute how much money you expect to have in your account after 10 years. (b) Now suppose you want to have $100,000 in your account after those 10 years. In order to accomplish that, you will make yearly deposits of D dollars. Find D, so that y(10) = $100,000. Note that we still have y(0) = $20,000.
Consider the cash flow transactions depicted in the accompanying cash flow diagram, with the changing interest rates specified. (a) What is the equivalent present worth? (In other words, how much do you have to deposit now so that you can withdraw $300 at the end of year 1, $300 at the end of year 2, $500 at the end of year 3, and $500 at the end of year 4?) (b) What is the single effective annual interest rate over four years?
5. You receive payments of $10,000 per year from a family trust, but you don't need that money right now. Find FV Annuity: If you deposit your annual payments into an account earning 2% per year, what will be the account balance in 10 years? C= 10,000 r = 0.02 t = 10 (1 = i)^n FV = C =? Find FV Annuity: If you deposit your annual payments into an account earning 2% per year, what will be the account balance in 5 years?
use the given equation of value. make a cash flow diagram as well
You want to borrow $25,253. You must repay the loan in 14 years in equal monthly payments and a single $4,112 payment at the end of 14 years. interest rate is 18% nominal per year. What will be the loan balance immediately after the 30 ^ (h) payment? (Note that the single payment at the end of the period laka balloon payment) is in addition to the regular payment scheduled for that period) don't use chatgpt answer i will 5 upvotes urgent
Jean deposited P2,000, P2,500 and P3,000 at the end of the 2nd year, 3rd year and 4th year, respectively in a savings account which earned 0.19 per annum. What is the equivalent uniform deposit for the uniform gradient only? Use one of the following formulas. Show complete solution.
Q 10 please
Problem #1: Gwen just bought solar panels to power ventilation at her chicken farm. The panels cost $2000 and will reduce her electricity bills by $40 per month. How long will it take her to recoup her investment in the panels if she can warn 12% interest, compounded monthly, on her money? (Hint: You can use either the Capital Recovery Factor formula or the Series Present Worth Factor formula, or you can use linear interpolation!)
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