Ans:
1) Lottery Won - $ 5,000
Monthly Payment to be received - 39
Monthly Payment will be received from 4th month
Value of $5,000 is $5,063 at the end of third month
$5,603= Monthly Payment * Sum of PVF @ 5% P.A for 39 months
Let the Monthly Payment be x
$5,603= x*39.53
$140.92= x
Month | Nominal Monthly Payment | Monthly Discount | PV |
0 | $5,000.00 | ||
1 | 1.004166667 | $5,020.83 | |
2 | $5,020.83 | 1.004166667 | $5,041.75 |
3 | $5,041.75 | 1.004166667 | $5,062.76 |
4 | $140.92 | 0.9958506224 | $140.34 |
5 | $140.92 | 0.9917184621 | $139.75 |
6 | $140.92 | 0.9876034478 | $139.17 |
7 | $140.92 | 0.9835055082 | $138.60 |
8 | $140.92 | 0.9794245724 | $138.02 |
9 | $140.92 | 0.9753605701 | $137.45 |
10 | $140.92 | 0.9713134308 | $136.88 |
11 | $140.92 | 0.9672830846 | $136.31 |
12 | $140.92 | 0.9632694618 | $135.74 |
13 | $140.92 | 0.9592724931 | $135.18 |
14 | $140.92 | 0.9552921093 | $134.62 |
15 | $140.92 | 0.9513282416 | $134.06 |
16 | $140.92 | 0.9473808216 | $133.50 |
17 | $140.92 | 0.9434497808 | $132.95 |
18 | $140.92 | 0.9395350514 | $132.40 |
19 | $140.92 | 0.9356365657 | $131.85 |
20 | $140.92 | 0.9317542563 | $131.30 |
21 | $140.92 | 0.9278880561 | $130.76 |
22 | $140.92 | 0.9240378982 | $130.22 |
23 | $140.92 | 0.920203716 | $129.68 |
24 | $140.92 | 0.9163854434 | $129.14 |
25 | $140.92 | 0.9125830141 | $128.60 |
26 | $140.92 | 0.9087963626 | $128.07 |
27 | $140.92 | 0.9050254234 | $127.54 |
28 | $140.92 | 0.9012701311 | $127.01 |
29 | $140.92 | 0.8975304211 | $126.48 |
30 | $140.92 | 0.8938062284 | $125.96 |
31 | $140.92 | 0.8900974889 | $125.43 |
32 | $140.92 | 0.8864041383 | $124.91 |
33 | $140.92 | 0.8827261129 | $124.39 |
34 | $140.92 | 0.8790633489 | $123.88 |
35 | $140.92 | 0.8754157831 | $123.36 |
36 | $140.92 | 0.8717833525 | $122.85 |
37 | $140.92 | 0.8681659942 | $122.34 |
38 | $140.92 | 0.8645636457 | $121.83 |
39 | $140.92 | 0.8609762447 | $121.33 |
40 | $140.92 | 0.8574037291 | $120.83 |
41 | $140.92 | 0.8538460373 | $120.32 |
42 | $140.92 | 0.8503031077 | $119.82 |
35.92725416 | $5,062.87 |
2) Monthly Payment Received is $135
Period is 39 months
Discounting Rate 6%
Month | Nominal Monthly Payment | Monthly Discount | PV |
1 | $135.00 | 0.9950248756 | $134.33 |
2 | $135.00 | 0.9900745031 | $133.66 |
3 | $135.00 | 0.9851487593 | $133.00 |
4 | $135.00 | 0.9802475217 | $132.33 |
5 | $135.00 | 0.9753706684 | $131.68 |
6 | $135.00 | 0.970518078 | $131.02 |
7 | $135.00 | 0.9656896298 | $130.37 |
8 | $135.00 | 0.9608852038 | $129.72 |
9 | $135.00 | 0.9561046804 | $129.07 |
10 | $135.00 | 0.9513479407 | $128.43 |
11 | $135.00 | 0.9466148664 | $127.79 |
12 | $135.00 | 0.9419053397 | $127.16 |
13 | $135.00 | 0.9372192434 | $126.52 |
14 | $135.00 | 0.9325564611 | $125.90 |
15 | $135.00 | 0.9279168768 | $125.27 |
16 | $135.00 | 0.9233003749 | $124.65 |
17 | $135.00 | 0.9187068407 | $124.03 |
18 | $135.00 | 0.9141361599 | $123.41 |
19 | $135.00 | 0.9095882188 | $122.79 |
20 | $135.00 | 0.9050629043 | $122.18 |
21 | $135.00 | 0.9005601037 | $121.58 |
22 | $135.00 | 0.8960797052 | $120.97 |
23 | $135.00 | 0.8916215972 | $120.37 |
24 | $135.00 | 0.8871856689 | $119.77 |
25 | $135.00 | 0.8827718098 | $119.17 |
26 | $135.00 | 0.8783799103 | $118.58 |
27 | $135.00 | 0.874009861 | $117.99 |
28 | $135.00 | 0.8696615532 | $117.40 |
29 | $135.00 | 0.8653348788 | $116.82 |
30 | $135.00 | 0.8610297302 | $116.24 |
31 | $135.00 | 0.8567460002 | $115.66 |
32 | $135.00 | 0.8524835823 | $115.09 |
33 | $135.00 | 0.8482423704 | $114.51 |
34 | $135.00 | 0.8440222591 | $113.94 |
35 | $135.00 | 0.8398231434 | $113.38 |
36 | $135.00 | 0.8356449188 | $112.81 |
37 | $135.00 | 0.8314874814 | $112.25 |
38 | $135.00 | 0.8273507278 | $111.69 |
39 | $140.92 | 0.823234555 | $116.01 |
35.353089 | $4,777.54 |
So the Present Value for your Friend is $4,778
This homework question requires that you complete the Excel file entitled "HW#2 Template Spring2019.xlsx found on...
Please complete parts A and B using Excel (see template below in
pic 2), explaining the steps and writing out the Excel
formulas.
You just won a prize of $5,000 at the local talent show. You can receive the money all up front (t=0), or get a series of monthly or weekly payments as described below. In all cases, your discount rate is 5% APR (annual percentage rate). You may choose to get 39 monthly payments, with the first payment...
Show all excel formulas used
Ex. 3 JIf a dealer offers you a car at $275 monthly payment for 5 years plus $5,000 down. If you can get a similar loan from a bank at APR of 12%, what is the price that you're paying? Down payment Monthly payment Loan period months APR No. of compounding times per year Monthly rate Present Value Book formula Excel function Ex. 4 If you take out an $10,000 car loan that call for...
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...
Please provide the formulas
for excel as well
Excel File Edit View Insert Format Tools Data Window Hel ACFI 385 Excel Project Winter 2019(1) (2).xlsx 1 00% ▼ |Search in Sheet Home Layout Tables Charts SmartArt Formulas Data Review Edit Font Aignme Fill ▼ Verdana Wrap TextCeneral Good Conditional Check Cell Insert Delete Format Themes Aa 41 ; * O ( Analyze the following scenarios that will require you to compute either the present value, future value, and/or the a...
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...
You agree to deposit $500 at the beginning of each month into a
bank account for the next 24 months. At the end of the 24th month,
you will have $13,000 in your account. If the bank compounds
interest monthly, what annual interest rate will you have
earned?
Note: Only use the formula listed and show the steps of how you
reached the answer, I don't need to know just the answer, I'm
trying to learn. Thank you. Don't use...
You agree to deposit $500 at the beginning of each month into a
bank account for the next 24 months. At the end of the 24th month,
you will have $13,000 in your account. If the bank compounds
interest monthly, what annual interest rate will you have
earned?
Note: Please post the formula used to solve the question and
list the steps taken to reach the answer, please don't use excel. I
provided a list of formulas, please state the...
Part 2 Attempt 1/10 for 10 pts. How much of your first monthly payment goes towards paying down the outstanding balance in $)? No decime Submit Part 3 Attempt 1/10 for 10 pts. What is the outstanding balance after 1 year if you have made all 12 payments on time? No decime Submit Part 4 Attempt 1/10 for 10 pts. How much of your 13 monthly payment goes towards paying down the outstanding balance in S)? No decims Submit NA...
i
need help on question 3 and 4
Intro You just took out a 15-year traditional fixed-rate mortgage for $500,000 to buy a house. The interest rate is 2.4% (APR) and you have to make payments monthly Attempt 1/10 for 10 pts. Part 1 What is your monthly payment? 3310 Correct Since it's a traditional fixed-rate mortgage, the cash flows are constant and make up an annuity. We can thus use the annuity formula, solved for PMT. Monthly interest rate:r...
a. Find the FV of $1,000 invested to earn 10% annually 5 years from now. Answer this question by using a math formula and also by using the Excel function wizard. Inputs: PV = 1000 I/YR = 10% N = 5 Formula: FV = PV(1+I)^N = Wizard (FV): $1,610.51 Note: When you use the wizard and fill in the menu items, the result is the formula you see on the formula line if you click on cell E12. Put the...