Answer:
Roman philosopher Seneca once said, “Luck is what happens when preparation meets opportunity.”
Explanation:
Answer:
59 orders
Explanation:
For computing the how many rolls should order at a time, first we have to determine the economic order quantity which is shown below:
The computation of the economic order quantity is shown below:
= 
where,
Carrying cost = $875 × 20% = $175
And, other items values would remain the same
ow put these values to the above formula
So, the value would be equal to
= 
= 50.71 units
Now The number of orders would be equal to
= Annual demand ÷ economic order quantity
= $3,000 ÷ 50.71 units
= 59 orders
Answer:
A. organization
Explanation:
a secretary writes the minutes during a meeting and also schedules the meetings for his boss therefore he/she must be organized for the work to be done efficiently.
The trial balances of the Cobras Incorporated as of the given date and position will tally a balance of $62,400.
<h3>What is a trial balance?</h3>
A table that contains all the debit and credit balances from all the ledger books of accounts of a business organization as on a given date is known as the trial balance of such organization.
The trial balance has been attached in the image for better understanding of the concept for the learners. Please refer to the same for more insights.
Hence, the concept of trial balance has been explained above.
Learn more about trial balance here:
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Answer:
The variable maintenance cost per unit would be $8.33 and the total fixed maintenance cost would be $267
Explanation:
The computation of the fixed cost and the variable cost per hour by using high low method is shown below:
Variable maintenance cost per unit = (High maintenance cost - low maintenance cost) ÷ (High level of activity - low level of activity)
= ($1,100 - $600) ÷ (100 direct hours - 40 direct hours)
= $500 ÷ 60 direct hours
= $8.33
Now the fixed cost equal to
= High maintenance cost - (High level of activity × Variable maintenance cost per unit )
= $1,100 - (100 direct hours × $8.33)
= $1,100 - $833.33
= $267