As an investment plan, a bank offers you an attractive plan so that you could get RM 100,000.00 after 20 years from now with only 10 years of continuous saving. However, you are only ready to commit to the plan in three years from now. By drawing the appropriate cash flow diagram, calculate how much money would have to be deposited by you each year for 10 years, starting three years from now in order to have RM 100,000.00 in 23 years from now if the interest rate offers by the bank is 8% per year.

As an investment plan, a bank offers you an attractive plan so that you could get RM 100,000.00 after 20 years from now with only 10 years of continuous saving. However, you are only ready to commit to the plan in three years from now. By drawing the appropriate cash flow diagram, calculate how much money would have to be deposited by you each year for 10 years, starting three years from now in order to have RM 100,000.00 in 23 years from now if the interest rate offers by the bank is 8% per year.

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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Your finance advisor offers you an investment that promise $200000 in 15 years from now. He said that you will need to contribute an initialinvestment of $45,000 now. Required:a. What rate of interest was used in the computation of this investment offerassuming the rate is compounding annually?b. If you wish to retire in just 10 years from now with the same $200 000and the rate of return is 12%, how much money would you need to invest now?c. If you wish to retire with $250 000, using the same initial investment of$45 000 and the rate of return of 15%, how long will you need to wait beforeyou can retire?
solve step by step with expl
Could you please do this question with full working?
You want to invest $24,000 and are looking for safe investment options. Your bank is offering you a certificate of deposit that pays a nominal rate of 6% that is compounded quarterly. What is the effective rate of return that you will earn from this investment?
Using Microsoft Excel, create an investment cash-flow diagram that will have a present worth of zero using MARR = 14.5%. The study period needs to be exactly 8 years and each year should have at least one unique cash flow that is different from the cash flows over the other years. Your answer should contain a table showing the cash flows for each year and a graphical representation of the cash flows (cash-flow diagram).
You are planning to put $1,060 in the bank at the end of each year for the next three years in hopes that you will have enough money for a newest LCD model that is available. If you are investing at an annual interest rate of 12%, you'll have accumulated at the end of three years. How would you plug this into a BA II calculator?
Find the required value for each problem. Show the formula used and the counts for each problem. 6. How much more would you earn in three years if you invest $ 10,000 at a compound annual interest rate of 5.75%, instead of at a simple interest rate of 5.75%? 7. What would be the compound annual interest rate you would need to double your investment of $ 1,000 in three years? 8. If your bank pays you 5% annual interest, compounded monthly, how much would you have in ten years if you invest $ 1,000 today? 9. How much would you have to deposit today in a bank account that pays 9.25% annual interest, compounded quarterly, if you expect to have $20,000 at the end of five years? 10. Suppose you invested $ 2,500 in the business that a friend opened and in three years this friend returned $ 3,700 to you. How much was the return on your investment in your friend's business?
Hi There! I solved the problem below, but can you answer the question and put everything on an excel spreadsheet and show the formulas please for the questions below. You are offered the opportunity to put some money away for retirement. You will receive 10 annual payments of $5,000 each beginning in 26 years. If you desire an annual interest rate of 12% compounded monthly, answer the following two questions: How much would you be willing to invest today? How much would the money (that you will be willing to invest today) be worth at the end of your last payment (i.e., in year 35)? Amount that you would be willing to invest today = PV = $5,000/(1.01)26*12 + $5,000/(1.101)27*12 + $5,000/(1.01)28*12 + $5,000/(1.01)29*12 + $5,000/(1.01)30*12 + $5,000/(1.01)31*12 + $5,000/(1.01)32*12 + $5,000/(1.01)33*12 + $5,000/(1.01)34*12 + $5,000/(1.01)35*12 = $1,388.638 Amount that would the money worth at the end of your last payment = FV = $1388.64 * (1+ 0.01)35*12 = $90691.52
A loan for P50,000 is to be paid in 3 years at the amount of P65,000. What is the effective rate of money? Draw the cash flow diagramwith your solution.
Answer the following questions in full sentences and clearly. Be sure to have answered with an explanation and answer each question separately. Question 1: Is long term financial planning worth the short term sacrifices? Question 2A: Would you rather receive a check for $1,000 today or $1,300 in 5 years from now? Explain. Question 2B: Which option would more likely yield you more money in five years? Question 2C: Why might it be hard for many of us to be able to think that far ahead into the future?
Comparing Annuities. Which of these 20-year 12% investment plans is best and why? Support answers with calculations. a) One payment of 4,000 now and let it grow for 20 years. b) 500 each year for 10 years and then let the accumulated amount grow for another 10 years. c) 500 each year for 20 years d) Do nothing for 10 years, and then contribute 2,000 each year for the next 10 years
Please advise on these time value of money practice problems. How would you solve these using a financial calculator? What values would you enter for N, I/YR, PV, PMT, and FV ? a) Calculate the PV when you plan to receive $5,000 in 5 years with a 10% discount rate. b) Calculate the FV of a $10,000 deposit today for 10 years @ 5%. c) What is the PV of receiving $2,500 for each of the next 5 years with a 10% discount rate?

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