Answer:
b. They typically use financial and non-financial data aggregated at a high level.
Explanation:
The statement which is correct concerning analytical procedures used in planning an audit engagement is statement B because the use of financial and non-financial data aggregated at a high level is commonly used during preliminary analytical procedures. Evaluations of financial knowledge gained by the research of PLAUSIBLE RELATIONSHIPS between both financial plus non-financial data. Typically use financial and non-financial data AGGREGATED AT A HIGH LEVEL, they are a Type of Audit Procedure as well as a Type of Evidence (usually practiced in alliance with different kinds of data) as the aforementioned that it is known as analytical procedures.
Explanation:
There could be numerous possibilities that she might use in this situation:
* She can call an agency and pay it (Capital), so they will send the man force (Labor) from their own company.
* She can hire someone directly (Labor) for moving 14 Boxes from 5th floor to 8th floor.
* She can call someone from her floor (Labor) to help her with this task, and then afterwards, she can offer something, lunch, dinner or tea (by using Capital) in return.
Answer:
This answer is B
Explanation:
i used the answer given on here and got it wrong, its B on edge2020
Answer:
<em>a. Select Process Multiple Reports from the Reports menu.</em>
Explanation:
Quickbooks enables you to print a batch of reports.
One might want to <em>print a series of monthly reports for your files using this function</em> (e.g. monthly Profit and Loss and Balance Sheet reports).
Because Quickbooks is unable to handle several Report Center files, one must start with the Report menu.
To start - Select Multiple Reports from the Reports menu to show a report group.
Answer:
Explanation:
Given that:
weekly demand = 72 units
no of weeks in 1 year = 48
Then; total demand = 72 × 48 = 3456 units
No of orders = 
= 
∴
The periodic review (P) = 
= 
= 0.041956 year
≅ 2 weeks
Z score based on 88 percent service level = NORMSINV(0.88) = 1.18
Here;
Lead time = 3 wks
P = 2 weeks
Thus protection interval = ( 3+2) weeks
= 5 weeks
Safety stock = z-score × std dev. of demand at (P+L) days
std dev = 
= 2.236 × 18
std dev = 40.248 units
Safety stock = 1.18 × 40.248
safety stock = 47.49 units
Safety stock ≅ 48 units
Average demand during(P + L) = 5 × 72 units
= 360 units
Target inventory level = average demand + safety stock
= 360 units + 48 units
= 408 units
