ANSWERS
QUESTION 3 : WHAT SHOULD I DEPOSIT TODAY TO GET 50 EVERY YEAR FOR 4 YEARS
QUESTION 4 : IF I DEPOSIT 200 EVERY YEAR FOR 10 YEARS, WHAT SHOULD BE THE BALANCE IN MY ACCOUNT AFTER 10 YEARS
(THUMBS UP PLEASE)
An example is given for #1. 0 3,000 Problem Type: FVLS The wording of the question...
An example is given for #1. 3,000 Problem Type: FVLS The wording of the question that corresponds to the timeline would be: Ifi deposit 3,000 today and it grows for 6 years, how much will there be in the account? 5. 0 5 7 25 ?5,000 6. 5 6 1,000 4,000 2,000
Instructions: c (or similar software) TYPE out the TVM identifier for the type of problem for each of the timelines below ble answers are "PVLS; PVA; PVA Payment; FVLS, FVA; or FVA Payment" (you must include the word "Payment" (PMT is ok) if it applies) r reasoning using the How to Determine sheet as to why you decided on your answer. h of your timeline identifications write a one sentence problem that fits that timeline. 2 e igures from the...
Homework Instructions: In a Word doc (or similar software) TYPE out the TVM identifier for the type of problem for each of the timelines below. Your possible answers are "PVLS; PVA; PVA Payment; FVLS, FVA; or FVA Payment (you must include the word "Payment" (РМТЬ ok) if it applies). Write your reasoning using the How to Determine sheet as to why you decided on your answer Below each of your timeline identifications write a one sentence problem that fits that...
please please please follow instructions posted 3 times already just need the help N22 A B C D E F G H K L 2 To submit your answers: click on the title of the homework "What Type of Problem". Once you do that, 3 a page will open with various options. Look at the page and click on the heading 4 "WRITE SUBMISSION" (these words appear in a box below ASSIGNMENT Submission). 5 Copy and paste your answers into...
thats the type of format i need in the second photo no formulas or anything please hurry You want to have $10,000 in 4 years. You currently have 4,000 saved up in a bank account to help you reach your goal. In addition to the $4,000, you plan to make payments every 6 months at 86 until you reach your goal. Assume all money is compounded at the same frequency as your payments. What is the amount of these payments?...
Time Value of Money Spreadsheet Example 4 Module IV Name: Date: 6 7 8 Question 1 9 Question 2 10 Question 3 11 Question 4 12 Question 5 13 Question 6 14 Question 7 15 Question 8 16 Question 9 17 Question 10 18 19 20 Single Amount or Annuity 21 Periodic Interest Rate 22 Number of Periods 23 24 25 Present Value of Single Amount 26 27 Future Value of Single Amount 28 29 Future Value of An Annuity...
Question 7 Six years from today you need $20,000. You plan to deposit $3,000 annually, with the first payment to be made a year from today, in an account that pays an 8% annual rate. Your last deposit, which will occur at the end of Year 6, will be for less than $3.000. How large will your last payment be?
You deposit $3,000 at the end of the year (k = 0) into an account that pays interest at a rate of 7% compounded annually. A year after your deposit, the savings account interest rate changes to 1 2% nominal interest compounded month y Five years after ur de o the savings account aga changes it interest rate this time e interest rate becomes 8% nominal interest compounded quarterly. Eight years after your deposit, the saving account changes its rate...
Note: (1) Cash flow diagram should be drawn for each problem. (2) show the problem solving steps I. If you deposit $100 now (n = 0) and $200 two years from now (n-2) in a savings account that pays 10% interest, how much would you have at the end of year 10?
I need help on question 2. MODULE IV: TIME VALUE OF MONEY INTRODUCTION The time value of money analysis has many a lysis has many applications, ranging from setting hedules for paying off loans to decisions about whether to invest in a partie financial instrument. First, let's define the following notations: I = the interest rate per period Na the total number of payment periods in an annuity PMT = the annuity payment made each period PV = present value...