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:
True.
Explanation:
‘Cash Flow Statement’ is one of major financial statement that indicates the inflow and outflow of cash along with the reasons by categorizing each cash transaction in three activities i.e., operating, investing or financing activity. Non-cash transactions are not considered while preparing a cash flow statement.
The cash flow from operating activities is generally more than the net income after taxes.
The cash flow from operating activities includes only the cash transactions relating to the operations of the business. It ignores the non-cash transactions. On the other hand, net income is derived after deducting all the expenses (paid or unpaid) from the revenue earned, pertaining to a particular period.
Example: Depreciation expense is a non-cash transaction. It is treated as follows:
While calculating cash flow from operating activities, depreciation expense is ignored (added back to the net income) as it is a non-cash transaction.
On the other hand, depreciation expense pertaining to the accounting period is deducted from revenue to calculate net income after taxes.
Thus, the cash flow from operations is generally more than the net income after taxes.
Answer:
Wage year 4= $12222.19
Explanation:
Giving the following information:
Each additional year of education causes future wages to rise by 7 percent.
A person with 12 years of education makes $21 000 per year.
A person with 4 years of education=$?
We will use the present value formula to calculate the wage in year 0. Then with the final value formula calculate the year 4 wage.
PV= FV/[(1+r)^n]
FV=final value at t time
r= rate
n= period of time
PV= 21000/(1,07^12)= $9324. 2511
Final Value= PV*(1+r)^t
Final Value year 4= 9324.2511*(1,07^4)= $12222.19
amountOfRain would be the most appropriate identifier for a memory location that will store the amount of rainfall for a given period of time.
<u>Explanation:</u>
A set of characters in a sequence that helps in the identification any value or a set of set is known as identifiers. Identifiers are unique in nature. A character sequence that is given for storing a set of data should not be given to store another set of data.
They are useful in referencing a variable from which the data or values that are contained in that particular variable can be easily retrieved. For example a variable can be indicated by an identifier totalAmount in which the value stored is 56000. The starting name of the variable should be given in smaller case letter and second name should be in capital letter. For instance if you are going to store the value 45 in the variable amountoftime then the variable name should be given as amountOfTime.
