You're indeed correct with your guess. Nice work!
Answer:
Cost of goods sold as per average cost method = $92,458.5
Explanation:
As for the information provided as follows:
Opening Inventory 265 units @ $153 each = $40,545
Purchase 465 units @ $173 each = $80,445
Purchase 165 units @ $213 each = $35,145
Total data 895 units = $156,135
Average cost per unit = $156,135/895 = $174.45
In average cost method simple average is performed, whereas in weighted average weights are assigned.
Sale is of 530 units
Cost of goods sold as per average cost method = $174.45
530 = $92,458.5
Answer:
26.66 or 27%
Explanation:
The computation of the margin of safety percentage is shown below:
Margin of Safety
= 100 - Break Even %
= 100 - 73.33
= 26.66 or 27%
Working Note
Sales (3,000 units) $60,000
Less: Variable expenses -$42,000
Contribution margin -$18,000
CM Ratio (A) 30.00%
Fixed expenses (B) 13,200
Break Even Point C = B ÷ A 44,000
Break Even % of Total Sale 73.33%
<span>The anser is(B):
Statistics is the science of​ collecting, organizing,​ summarizing, and analyzing information to draw a conclusion and answer questions. in​ addition, statistics is about providing a measure of confidence in any conclusions.
The first step in statics involves collection of the relevant information (data) that is required. This can be from the primary (first hand) source or from secondary source (information already collected and available from other sources)
The second step involves organization and analysis of the collected information or data
Then the last step is where the analyzed data is interpreted and presented in a form which one can be able to draw confident conclusions from it.</span>
Answer:
He would receive $15 under incentive plan.
Explanation:
The given values are:
Average observed time
= 280 seconds per unit
Performance rating
= 105%
i.e.,
= 1.05
Allowance factor
= 13%
i.e.,
= 0.13
So,
⇒ ![Standard \ time = \frac{(Average \ observed \ time\times Performance \ rating)}{1-Allowance \ factor}](https://tex.z-dn.net/?f=Standard%20%5C%20time%20%3D%20%5Cfrac%7B%28Average%20%5C%20observed%20%5C%20time%5Ctimes%20Performance%20%5C%20rating%29%7D%7B1-Allowance%20%5C%20factor%7D)
On putting the estimated values, we get
![=\frac{(280\times 1.05)}{(1-0.13)}](https://tex.z-dn.net/?f=%3D%5Cfrac%7B%28280%5Ctimes%201.05%29%7D%7B%281-0.13%29%7D)
![=\frac{294}{0.87}](https://tex.z-dn.net/?f=%3D%5Cfrac%7B294%7D%7B0.87%7D)
![= 337.93 \ seconds](https://tex.z-dn.net/?f=%3D%20337.93%20%5C%20seconds)
The available time will be:
= ![(8 \ hours\times 60 \ min/hr\times 60 \ sec/min)](https://tex.z-dn.net/?f=%288%20%5C%20hours%5Ctimes%2060%20%5C%20min%2Fhr%5Ctimes%2060%20%5C%20sec%2Fmin%29)
= ![28800 \ seconds](https://tex.z-dn.net/?f=28800%20%20%5C%20seconds)
Now,
The Standard production per day will be:
= ![\frac{Available \ time}{Standard \ time}](https://tex.z-dn.net/?f=%5Cfrac%7BAvailable%20%5C%20time%7D%7BStandard%20%5C%20time%7D)
= ![\frac{28800}{337.93}](https://tex.z-dn.net/?f=%5Cfrac%7B28800%7D%7B337.93%7D)
= ![85.22 \ units](https://tex.z-dn.net/?f=85.22%20%5C%20units)
Since he generates 100 units, he consumes about 15(00-85,22) units per day well above normal production.
So that he's going to get:
= ![15\times 1](https://tex.z-dn.net/?f=15%5Ctimes%201)
=
($)