Jimmy deposits $4,000 now, $2,500 3 years from now, and $5,000 6 years from now. Interest is 5% for the first 3 years and 7% for the last 3 years. Solve, a. How much money will be in the fund at the end of 6 years? b. What is the present worth of the fund? c. What is the uniform series equivalent of the fund (uniform cash flow at end of years 1 through 6)?

Jimmy deposits $4,000 now, $2,500 3 years from now, and $5,000 6 years from now. Interest is 5% for the first 3 years and 7% for the last 3 years. Solve, a. How much money will be in the fund at the end of 6 years? b. What is the present worth of the fund? c. What is the uniform series equivalent of the fund (uniform cash flow at end of years 1 through 6)?

Financial Accounting Intro Concepts Meth/Uses

14th Edition

ISBN:9781285595047

Author:Weil

Publisher:Weil

ChapterA: Appendix - Time Value Of Cash Flows: Compound Interest Concepts And Applications

Section: Chapter Questions

Problem 23E

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If 90,000 is invested in a fund on December 31, 2019, and 5 equal annual withdrawals of 23,138.32 are made starting on December 31, 2020, that will deplete the fund, what is the interest rate being earned if interest is compounded annually?
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Jimmy deposits $3,600 now, $ 2,500 3 years from now, and $ 5,800 6 years from now. Interest is 6 % for the first 3 years and 7 % for the last 3 years. (Round your answers to the nearest whole dollar. The tolerance is +/- 4.00) a. How much money will be in the fund at the end of 6 years? $ b. What is the present worth of the fund? $ c. What is the uniform series equivalent of the fund (uniform cash flow at end of years 1-6)? 69
3. A person deposits $18,000 in a fund that pays interest at the rate of 6% continuously. He withdraws 1200 dollars each year. i) Set up a differential equation where Y(t) represents the total amount in the fund after t years. Use the integrating factor method to solve the differential equation for the amount in the fund after t years. ii) What is the maximum withdrawal her can make every year so that the account is exhausted in 8 years? (Hint: Set up a new equation and solve)
You deposit $600 today into a fund that you intend to leave invested for 6 years. The fund earns 6% interest compounded annually. Indicate the inputs to be entered into the financial calculator keys. What is the value of the fund to be accumulated at the end of year 6? (Round future value answer to two decimal places (e.g., 52.75) and interest rate to one decimal place (e.g., 527.5).) Inputs Calculator N Keys Future value $ 6 I 6 PV 600
2. Andrew deposit $2 into a fund at time 0. Money in this fund accumulates at an effective annual interest rate of i during the first 5 years, and at an effective annual interest rate of 2i thereafter. This deposit accumulates to 6.18 at the end of 10 years and to 27.47 at the end of 20 years. What is the value of the deposit at the end of 7 years? Solution:
Assume that your uncle starts an account for you in a mutual fund with an initial deposit of $790 today. He also makes $790 deposits at the end of each of year 1 and the end of year 2 (i.e. three deposits in all). After the third deposit, he will make no more contributions . Assuming the fund averages a 7.0% p.a. return , what will the balance in the account be at the end of the 6th year? Record your answer as a dollar amount , rounded to two decimal places , but do not include a dollar sign or any commas in your answer . For example , enter $ 18,232.36987 as 18232.37 .
how do I answer letter A?
An investor wants to accumulate $50,000 in a fund at the end of 20 years. If the investor deposit$1,000 in the fund at the end of each of the first 10 years and $1, 000 + X at the end of each ofthe second 10 years, find the value of X if the fund earns 7% effective. Do the following steps toanswer this problem: a. $1,000 are deposited in the fund at the end of each of the first 10 years. This means thatthis is an example of annuity-immediate. Compute for the accumulated value of the fund inthe first 10 years. Call this T.b. The value of the fund in the first 10 years is T . Solve for the future value of T at the end ofthe next 10 years. Use the formula Future value = P (1 + i) t. Call this answer FV . (2points)c. The target amount of the investor is $50,000. The investment made in the first 10 yearsalone will grow to the value FV at the end of 20 years. So, in the second 10 years, theaccumulated value of the investment must be $50, 000 − FV . What is this value? Call thisU .
please answer (D) Suppose that a woman deposits $10,000 into an investment fund that guarantees to pay 0.5% interest everymonth. That is, interest is compounded monthly at a rate of 0.5% per month. a) What is the nominal annual interest rate? b) What is the effective annual interest rate? c) Assuming that no additional deposits or withdrawals are made, use the appropriate compound interestfactors to determine how much the fund will be worth:i) After 1 year;ii) After 2 years. d) Verify that your answers in parts (b) and (c) are correct by constructing a table or spreadsheet thatshows how the initial deposit will grow over 2 years. At a minimum, your table or spreadsheet shouldinclude a row for each interest period over a 2-year planning horizon and show: the value of in the investment fund at the start of each interest period the amount of interest earned each interest period; and the value of the fund at the end of each interest period.Be sure to briefly explain how your table or…
4. ( Fund A earns interest at a simple rate of i% a year. $P is invested in fund A. (a) What is the accumulated value in fund A at time t years. (b) Calculate the effective rate of interest in year 1, year 2 and year 3. Solution: