Ch 5A QuestionsProblem 1: Calculating Future Values. For each of the following, compute the future value:Present Value ($) Years Interest Rate FutureValue($)20%6%10%4%36805974010863991556500020Problem 2: Calculating Present Values. For each of the following, compute the present valuPresent Value ($) Years Interest Rate Future Value($)4%8%799919991716%119992332%111999Problem 3: Calculating Interest Rates For each of the following, solve for the unknown intererate:Future Value($)Present Value ($) Years InterestRate(%)30044003501090036000169000067000292000000

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Answered: Problem 1: Calculating Future Values.…

Problem 1: Calculating Future Values. For each of the following, compute the future value: Present Value ($) [Years Interest Rate Future Value($) 3680 9740 86399 5 20% 6% 10% 4% 10 15 565000 20

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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View Policies Current Attempt in Progress Which of the following statements is true? O The higher the discount rate, the higher the present value. O The process of accumulating interest on interest is referred to as discounting. O If money is worth 10% compounded annually, $ 2420 due one year from today is equivalent to $ 2200 today. O If a single sum is due on December 31, 2020, the present value of that sum decreases as the date draws closer to December 31, 2020. Save for Later Attempts: 0 of 1 used Submit Answer
What is the PV?
the answer to this question is Q3.21= 11.7 persent but we just need to find how we get that answer for these questions, please help
Complete the following using compound future value. (Use the Table provided.) Time 6 months Principal $ 15,000 Rate Compounded 6% Semiannually Amount Interest
What is the interest rate?
10. Finding the interest rate and the number of years The future value and present value equations also help in finding the interest rate and the number of years that correspond to present and future value calculations. If a security of $4,000 will be worth $5,324.00 three years in the future, assuming that no additional deposits or withdrawals are made, what is the implied interest rate the investor will earn on the security? ○ 6.00% ○ 7.50% ○ 10.00% ○ 12.00% If an investment of $35,000 is earning an interest rate of 11.00% compounded annually, it will take value of $58,977.04-assuming that no additional deposits or withdrawals are made during this time. for this investment to grow to a Which of the following statements is true, assuming that no additional deposits or withdrawals are made? If you invest $1 today at 15% annual compound interest for 82.3753 years, you'll end up with approximately $100,000. ○ If you invest $5 today at 15% annual compound interest for 82.3753 years,…
4. Find the future worth in year 10 of an investment that starts at P8000 in year 1. The interest rate is 10% per year.
02 3. Calculating Present Values For each of the following, compute the present value: Present Value Years Interest Rate Future Value 15 7% $ 19,415 8. 11 47,382 13 10 312,176 25 13 629,381
None
QUESTION 42 Compute the missing variable for each of the following alternatives of investments to accumulate $1,000,000. for 30 years @ 6% annual interest rate: Following are appropriate factors from tables: Table % / n Present Value of annuity due $1 Present Value of ordinary annuity of $1 Present value of $1 Future Value of ordinary annuity of $1 6%/30 12.15812 13.76483 .17411 79.05819 $????????? invested annually at the end of the year. Required Computations: $12,648.91 $72,648.92 $33,3333.33 $11,927.43
Calculate the compounding factor you would use to find the future value of an amount of money you will receive 20 years in the future, assuming a 6% interest rate. Question 14 options: 3.207 3.042 2.498 2.662
QUESTION 41 Compute the missing variable for each of the following alternatives of investments to accumulate $1,000,000. for 30 years @ 6% annual interest rate: Following are appropriate factors from tables: Table % / n Present Value of annuity due $1 Present Value of ordinary annuity of $1 Present value of $1 Future Value of ordinary annuity of $1 6%/30 12.15812 13.76483 .17411 79.05819 One single deposit of $???????? for 30 years. Required Computations: $166,666.66 $174,110 $175,933.83 $126,489

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