Answer:
Store A = 3.4521
Store B = 2.9589
Store C = 4.4384
Explanation:
Store A charges ADB method
purchase made on 5th first payment on 15th of 100
so from 5th to 15th Average daily balance =300 for 10 days
then from 15th to 4th for remaining 20 days average daily balance = 200
Average Daily Balance = (300*10+200*20)/30
Total finance charge = ADB*(APR*(Days/365))
=300*((0.18)*(10/365))+200*((0.18)*(20/365))
= 1.4795+1.9726=3.4521
Store B
Adjusted Balance Method uses adjusted balance to calculate the charges
Adjusted balance=Starting balance adjusted for credit and debit
Adjusted balance =300-100=200
Financial Charges = 200*(.18*(30/365))=2.9589
Store C
Previous Balance Method the interest is calculated on amount of balance carried from previous billing cycle
Balance Carried = 300
Charges =300*(.18*(30/365))= 4.4384
Answer:
Equilibrium is the point of the interaction between the demand and supply curves.
The given graph given from the question is attached below (Image 1-2)
The solution is attached in image 3-4
On Monday and Tuesday, the process appears to be out of control.
<u>Explanation</u>:
- There are five days Monday, Tuesday,Wednesday, Thursday and Friday. Monday and Tuesday have weight up to 21. Wednesday weights up to 21.
- Thursday and Friday weigh up to 20. Except for Monday and Tuesday, all the days have packaged up to the value of 21. So Monday and Tuesday are the days that appear to be out of control.
- On checking the package for each day he came to know that Monday and Tuesday have process out of control.
Answer : R11 & U44
Explanation:
Considering the aforementioned data on the small set of products that comprise the specialty repair parts division. After performing ABC analysis on the data. I would suggest R11 and U44 for the firm keep the least control.
Answer:
$414.64
Explanation:
For computing the value of zero-coupon bond we need to apply the present value formula i.e to be shown in the attachment
Given that,
Future value = $1,000
Rate of interest = 9% ÷ 2 = 4.5%
NPER = 10 years × 2 = 20 years
PMT = $0
The formula is shown below:
= -PV(Rate;NPER;PMT;FV;type)
So, after applying the above formula, the present value is $414.64
