Hi, your question isn't clear. Nevertheless, I inferred you want a sample policy document.
<u>Explanation:</u>
Note, a forensic analyst is charged with ensuring there are no security threats to digital infrastructures. Thus, a <u>sample policy and processes document may read; </u>
- Access to the Lab is restricted to certain employees
- Lab employees must ensure they lock their offices when not in use.
- Lab employees must put on their access cards to gain entry into the lab.
- External storage devices are prohibited from entering and leaving the lab.
- Visitors should be monitored and must be made to adhere to all the restrictions.
Answer:
d. Work in Process 150,000 DEBIT
Wages Payable 150,000 CREDIT
Explanation:
The direct labor will the wages accrued for production orders. The general factory use will be part of the actual factory overhead. It should not be considered as direct labor. It is indirec tlabor, a component of manufactring overhead.
We debit work in process as it represent an assets, these units will be finished, sell and collected; completing the conversion cycle of assets.
While the wages are credited as thy represent an obligation to pay (liabilties)
Answer: See explanation
Explanation:
Based on the information given in the question, the increase or decrease in the retained earnings will be calculated as:
= (10,000,000 - 400,000) × 15% × $15
= 9,600,000 × 0.15 × 15
= 21,600,000
The retained earnings will decrease by $21.6 million
The options given aren't correct.
Answer:
d. $28,700.
Explanation:
The computation of the budgeted selling cost for the given month is shown below:
= Fixed selling cost + variable selling cost
= $20,000 + $290,000 × 3%
= $20,000 $+ $8,700
= $28,700
We simply applied the above formula so that the correct value could come
And, the same is to be considered
Hence, the correct option is d. $28,700
Answer:
The percentage change in the average number of units in the process is 125%.
Explanation:
Based on Little's law;
Average inventory = average flow rate * average flow time
Let inventory = I, average flow rate = R and average flow time = T
Thus, I = R*T = RT
Now, Average flow rate and average flow time are increased by 50%
R' = R + 0.5R = 1.5R
T = T + 0.5T = 1.5T
So, inventory, I' = 1.5R*1.5T=2.25RT
Hence, the percentage change in the average number of inventory units in the process.
% change = I' - I = 2.25RT - RT= 1.25RT or 125%
Thus correct answer = 125%
