Answer:
Variable overhead efficiency variance= $558 favorable
Explanation:
Giving the following information:
Variable overhead 0.60 hours $ 3.10 per hour
Actual output 4,100 units
Actual direct labor-hours 2,280 hours
<u>To calculate the variable overhead efficiency variance, we need to use the following formula:</u>
Variable overhead efficiency variance= (Standard Quantity - Actual Quantity)*Standard rate
Variable overhead efficiency variance= (0.6*4,100 - 2,280)*3.10
Variable overhead efficiency variance= $558 favorable
Answer:
The following portion describes the description and as per the particular context.
Explanation:
- Sometimes when, however according to neoclassical economics, the economy would be in a monetary expansion void, the economy would rebound towards its maximum or projected production level.
- That's because the ecosystem or the market, throughout essence, is personality. Wage levels are not going to increase. To decrease the difference, joblessness could also increase and therefore not decline.
English language class will work for me
Answer:
<u>True</u>
Explanation:
If this $27,500 fine is actually per passenger, it could greatly incentivize airlines to cancel fewer flights than before. Consider that, most airline tickets are far lower than $27,500, so if airlines are paying fines worth many times more than they actually collect per individual tickets, they will incure great losses.
Answer: Sell before assembly, the company will be better off by $1 per unit.
Explanation:
To solve the above question, we need to calculate the incremental profit or loss first. This will be:
= After assembling sales value - Unassembled unit sales value - Coat if further processing
= $87 - $62 - $26
= -$1
Since there is an incremental loss of $1, then the correct answer is "Sell before assembly, the company will be better off by $1 per unit".
