Problem Seven: A principal of 7650 OMR is invested at rate of 3.7% compounded continuously. After how many years will the investment first exceed 12250 OMR. I) II) Find the interest rate required for a principal of 15000 OMR to produce a future value 40000 OMR in 8 years if the interest is compounded annually. III) How long will it take for a principal of 1000 OMR to produce a future value of 2500 OMR at 10% rate of interest compounded continuously. IV) The value of shares (V) after (t) days is given by the relation V = 3t + 10vt + 167. %3D After how many days the shares price will reach 500 OMR

Problem Seven: A principal of 7650 OMR is invested at rate of 3.7% compounded continuously. After how many years will the investment first exceed 12250 OMR. I) II) Find the interest rate required for a principal of 15000 OMR to produce a future value 40000 OMR in 8 years if the interest is compounded annually. III) How long will it take for a principal of 1000 OMR to produce a future value of 2500 OMR at 10% rate of interest compounded continuously. IV) The value of shares (V) after (t) days is given by the relation V = 3t + 10vt + 167. %3D After how many days the shares price will reach 500 OMR

FINANCIAL ACCOUNTING

10th Edition

ISBN:9781259964947

Author:Libby

Publisher:Libby

Chapter1: Financial Statements And Business Decisions

Section: Chapter Questions

Problem 1Q

See similar textbooks

Similar questions

Please answer Five years ago, you entered into a 10-year investment with a simple interest of 4% per annum and a one-time principal P (in pesos) paid at the start of the investment. Today, your bank announced that it will impose a new interest rate of 4.5% compounded quarterly. If three years from now the value of your investment is 150,000 pesos, find an expression for P and use the expression to approximate P.
(FORMULA) An investment of $2500.00 earns interest at 8.25% p.a. compounded monthly for 3 years. At that time the interest rate is changed to 6% compounded quarterly. How much will the accumulated value be three and a half years after the change?
Which of the given interest rates and compounding periods would provide the best investment? (a) 8 percent per year, compounded semiannually; (b) 8 percent per year, compounded quarterly; (c) 8 percent per year, compounded continuously. Your answer is (input a, b, or c)
A deposit X is to be made today and a second deposit, which is twice the first, is to be made 3 years from now, to provide for withdrawals of $1,000 two years from now and $6,500 10 years from now. At an effective annual interest rate of 7%, calculate the size of the first deposit.
if an investment pays interest at a rate of 8% compounded semi annually, then an investment of $1000 for 3 years would be found in a table using the future value of 1 table for a. 3 periods at 8% b. 8 periods at 3% c. 12 periods at 2 % d. 6 periods at 4%
8
Finance
Present Value of Amounts Due Assume that you are going to receive $210,000 in 10 years. The current market rate of interest is 11%. a. Using the present value of $1 table in Exhibit 5, determine the present value of this amount compounded annually. Round to the nearest whole dollar. $fill in the blank 1 1,378, 329 b. Why is the present value less than the $210,000 to be received in the future? The present value is less due to the compounding of interest over the 10 years.
An investment with an initial deposit of $5,210 is growing at an interest rate of 7.55% compounded monthly. Round all answers to two decimal places where necessary. 1. Find the accumulated amount of the investment at the end of 2 years. P/Y = C/Y = PV = $ P/Y = C/Y = PV = $ N = Total Interest = $ PMT= $ 2. At the end of the 2 years, the interest rate changes to 3.69% compounded quarterly. Calculate the accumulated amount in this investment at the end of 6 years from the initial deposit of $5,210. Next Question N = I/Y = PMT= $ FV = $ I/Y = FV = $ % 3. Find the total amount of interest accumulated during the entire 6 years of the investment. (enter a positive value) % 1hr19mins