Answer:
$5,793.40
Explanation:
The amount you invest is called the Principle Value (PV). Therefore the question requires us to determine the Principle Amount that will pay you a lump sum of $30,000 25 years from today.
<em>FV = $30,000</em>
<em>N = 25</em>
<em>PMT = ($1,000)</em>
<em>P/Yr = 1</em>
<em>I = 6 %</em>
<em>PV = ?</em>
Using a Financial Calculator to input the values as shown above, the Principle Value (PV) is calculated as $5,793.40.
Therefore, you will be willing to invest $5,793.40 today to have this investment in your portfolio
Answer:
Lamination= $50,000
Explanation:
Giving the following information:
Metro Inc. has two production departments:
Lamination and Molding
Three service departments:
Human Resources, Technology Support, and Purchasing.
The $200,000 costs of Human Resources are allocated based on the number of employees in each production department.
The Lamination department has 40 employees.
The Molding department has 120 employees.
Proportion of employees:
Lamination= 40/160= 25%
Molding= 120/160= 75%
Allocation:
Lamination= 200,000*0.25= $50,000
Molding= 200,000*0-75= $150,000
Answer:
The question is missing the below options:
$1,333.33
$1,401.49
$1,108.91
$1,282.16
$1,487.06
Monthly payment is $1,401.49 as shown below
Explanation:
In calculating the amount of each monthly payment, PMT formula in excel comes very handy.The formula is stated below:
PMT(rate,nper,pv,-fv)
The rate is the percentage of interest payable on the loan considering that repayment is made monthly, hence the rate in this case 9.2% divided by number of repayments in a year,12
rate=9.2%/12=0.007666667
nper is the number of times repayment would be made, which is calculated as five years multiplied by the number of repayments in a year i.e 5*12=60
pv is the actual amount borrowed , 80%*$84000=$67200
The fv future value is nil
PMT(0.007666667
,60,67200,0)
PMT=$1,401.49
Find attached as well.
She would need an Address an
Social Security number (or ITIN) with a
Valid ID
Answer:
FV= $17,701.6
Explanation:
Giving the following information:
Annual deposit (A)= $5,800
Interest rate (i)= 5.2%
<u>To calculate the future value after the third deposit, we need to use the following formula:</u>
<u></u>
FV= {A*[(1+i)^n-1]}/i
A= annual deposit
FV= {5,800*[(1.052^2) - 1]} / 0.052 + 5,800
FV= $17,701.6
