Answer:
Journal Entry
Explanation:
The Journal Entry is shown below:-
Cash Dr, $36,006
Cash short and over Dr, $4
($36,010 - $36,006)
To Sales $36,010
(Being cash sales, cash short and over is recorded)
Therefore, to record cash sales, cash short and over we debited cash and cash short and over while credited sales.
By questioning the proposal done by Hugh, Irene showed the characteristic of being able to scrutinize properly certain things. This attitude is helpful especially when we are in doubt of the certain subject. By doing so, we can help those who proposed it to further do improvements on the certain subject.
Answer:
a) True
Explanation:
The Planning Phase is the fundamental two-step process of understanding why an information system should be developed and creating a plan for how the project team will develop it. ... They decide whether it is advisable to proceed with the system development project.
The minimum sales required by Jennifer to meet her savings goal must be $26.25 per hour or $2100 for September.
Given that,
Savings desired = $1500
Monthly expenses = $600
Let money earned by her every hour be 
No. of scheduled work hours

So,
Total money earned for the month
× 

As we know,
Money left = Total money earned - expenses
-
...(i)
A.T.Q.
Money left must be = $1500
Then, by putting the variables in equation (i), we get

Now, solving for 


_______________


∵ 
Thus, the required sales are $
per hour or (
×
= $2100) for the month of September.
Learn more about 'savings' here:
brainly.com/question/18051939
Answer:
The manufacturing cycle efficiency is 0.219
Explanation:
In order to calculate the manufacturing cycle efficiency we would have to calculate the following formula:
manufacturing cycle efficiency=value added time/throughput time
value added time= 40 min
throughput time=Process time+Inspection time+movie time+Queue time
throughput time=40+5+15+2+120
throughput time=182 min
Therefore, manufacturing cycle efficiency=40/182
manufacturing cycle efficiency=0.219
The manufacturing cycle efficiency is 0.219