Answer:
The answer is: 1) II > I > III
Explanation:
<u>Pricing scheme I: $2 million profit</u>
- Price $150,000
- Contribution margin = $150,000 - $50,000 = $100,000
- 35 units sold x $100,000 = $3.5 million
- profit = $3.5 million - $1.5M = $2 million
<u>Pricing scheme II: 2.25 million profit</u>
- Price $200,000
- Contribution margin = $200,000 - $50,000 = $150,000
- 25 units sold x $150,000 = $3.75 million
- profit = $3.75 million - $1.5M = $2.25 million
<u>Pricing scheme III: $1.5 million profit</u>
- Price $250,000
- Contribution margin = $250,000 - $50,000 = $200,000
- 15 units sold x $200,000 = $3 million
- profit = $3 million - $1.5M = $1.5 million
Answer:
Variable overheads efficiency variance = $13,040 favorable
Explanation:
<em>Variable overheads efficiency variance is the difference between the standard hours of actual output and actual hours valued at the standard variable overhead rate per hour </em>
Hours
5,900munits should have taken (5,900× 0.9) 5,310
but did take <u> 2050 </u>
efficiency variance in hours 3,260 favorable
Standard rate per hour <u> $4.00 </u>
Variable overheads efficiency variance <u> 13,040 favorable </u>
Variable overheads efficiency variance = $13,040 favorable
Answer:
$125,300
Explanation:
The computation of the total manufacturing cost is shown below:
Total manufacturing cost = Direct material cost + direct labor cost + Indirect materials + Factory manager salaries + Factory supplies + Indirect labor + Depreciation on factory equipment
= $40,500 + $39,600 + $15,200 + $7,200 + $9,000 + $6,300 + $7,500
= $125,300
I believe that it depends on the individuals skills if they match up well enough to the qualities of starting a business and they must know the risk they are taking with a new business so in most cases I think people should continue to look for employment
Answer:
$28,800
Explanation:
I will just assume that there are three equal annual principal payments of $480,000. If we use $550,000, the total principal would = $1,650,000.
accrued interests from September to December = principal x (9%/12) x 4 months
principal = $480,000 x 2 = $960,000
accrued interest payable = $960,000 x 0.75% x 4 = $28,800