Answer:
The EOQ is 353 units
Explanation:
The economic order quantity or EOQ is the quantoty that minimized the holding and ordering cost for invetory.
The formula for EOQ is,
EOQ = √(2*D*O) / H
Where,
- D is the annual demand in units
- O is the ordering cost per order
- H is the holding cost per unit per annum
The annual demand of oil filters by Sam is,
Annual demand = 52 * 150 = 7800 filters
The EOQ for Sam Auto Shop is,
EOQ = √(2*7800*16) / 2
EOQ = 353.27 Units rounded off to 353 units
Answer:
The payment made by Cordelia
Explanation:
In the scenario it stated clearly that Rupert filled out what would have been a normal application form for operational license in the country
However Cordelia using connections was able to schedule a meeting with the government official that <u>has the authority to determine which foreign companies get licenses, and pays him $200 to approve their license.</u>
Cordelia payment is nothing short of bribery and corruption because it is not a legally required payment and the motive was clearly to unduly influence the minister to approve their license.
Such payment will likely violate the foreign corrupt practices act
The answer is motivating everyone to do a good job by promoting organizational goals
Answer:
20,000 shares
Explanation:
The computation of given question is shown below:-
Dilutive number of shares:-
Proceeds from the options issue = 50,000 × $15
= $750,000
Shares issued = 50,000
Treasury shares purchased from proceeds of the options
= ($750,000 ÷ $25)
= 30,000
Dilutive number of shares outstanding = Shares issued - Shares purchased back
50,000 - 30,000
= 20,000 shares
Answer:
Since Interest Rate and Period is not given; we would assume the spring term begins in 4 months and
Explanation:
First we will require to use the compound interest formula.
It is not mentioned the compounding period in the question. However, many of the bank accounts today offer monthly compounding, and this will be used as the basis.
i=interest rate=7.62% p.a => 7.62/12=0.635% per month
FV=PV(1+i)^n
FV=future value = 2200
PV=present value, to be found
i=interest rate per compounding period (month)=0.00635
n=number of periods=4
2200=PV(1+0.00635)^4
PV=2200/(1.00635^4)
PV=$2144.99
In case interest is not compounded, we could apply the simple interest formula:
FV=PV(1+ni)
PV=2200/(1+4*0.00635)
PV=$2145.504
