Answer:
Alpha Technology
Outstanding Computer's consumption ratio for setup hours is:
b. 0.48
Explanation:
a) Data and Calculations:
Overhead activities and costs:
Setting up equipment $3,000
Machining $15,000
Excellent Outstanding
Laptops Computers
Direct Labor $25,000 $10,000
Direct Materials $20,000 $5,000
Expected Production in Units 3,000 3,000
Machine Hours 850 2,000
Setup Hours 80 75
Total setup hours = 155 hours
Outstanding Computer's consumption ratio for setup hours = 75/155 * 100
= 48%
This is an unfortunate financial situation that Martha experienced. Her car with a brown (1.body) and black roof color was stolen. She then called the police to have it blotter. The police asked her if she has (2.paid ) her loan since the bank or dealer has a right to (3. confiscate). She confessed that she was unable to pay her duties because the written language was too complicated to (4.understand). A big home-improvement loan is also (5. along) with the car loan. It's difficult for her to pay since the city is suffering from (6.financial crisis). So, she consulted a debt counselor and have the service for free and come up with the(7.options) of having a regular job or pay willingly in full. They both made up a plan that would (8.constitute) a comprehensive budget. Finally, she made a promised to pay (9.small) amount each month to companies she's indebted. They've also talked about comprehensive actions to take when she's facing a (10.similar) scenarios again.
Answer:
B and C
Explanation:
The correct statements about the factor-price equalization and the effects of transportation costs are:
- Free trade, in the absence of transportation costs or other barriers to trade, tends to equalize product prices and factor prices.
- Transportation costs prevent product prices from equalizing.
Answer:
$11,026 Favorable
Explanation:
The computation of the spending variance for plane operating costs in November is shown below:
= Budgeted cost - Actual cost
= [(84 × $3,160) + (252 × $18) + $593,00] - $318,250
= $329,276 - $318,250
= $11,026 Favorable
Each pound of apple would be $5.50. you get that by dividing 33 by 6. so $5.50 by 10 pounds is $55
