I want to say c? i’m not sure :(
Answer:
See below
Explanation:
Given the above information, we can compute variable manufacturing overhead efficiency variance to be;
= (SA - AQ) × SR
Where
Standard quantity = SQ = 19,000
Actual Quantity = AQ = 7,600
Standard Rate = SR = $1.9
Variable manufacturing overhead efficiency variance
= [(19,000 × 0.3) - 7,600] × $1.9
= (5,700 - 7,600) × $1.9
= $3,610 U
Answer:
Apportioned joint cost to A=$92,800
Explanation:
<em>Joint costs are the costs incurred up until the split-off where two or more products result from the same production process. These common costs need to be apportioned among the joint products using any of the following basis:</em>
- physical units
- Relative sales value basis.
The relative value basis apportions joint costs using the proportion of product individual sales value to the the total sales value.
Total sales value = (280×4,000) + (100×2,800) =1400000
Apportioned joint cost to A =(1,120,000/1,400,000)× 116,000=92800
Apportioned joint cost to A=$92,800
Answer:
Detailed step wise solution is given below:
Suppose GetThere Airlines increases their ticket price to $200+10n = 10(20+n)$ dollars. Then the number of tickets they sell is $40,000-1000n = 1000(40-n)$ .<span> Therefore, their total revenue is
</span>
$$10(20+n)\cdot 1000(40-n) = 10000(20+n)(40-n) = 10000(800+20n-n^2).$$
This is maximized when $n=-\left(\frac{20}{2\cdot(-1)}\right)=10$ .<span> Therefore, they should charge </span><span>$200+10\cdot 10 = \boxed{300}$</span><span> dollars per ticket.</span>
