Government regulations are necessary because they protect public safety and market fairness. For example, food safety regulations help protect consumers from pathogens that could cause widespread illness. By creating regulations, the government can make the food-borne illness less likely. However, even though these regulations are necessary, they must still meet constitutional requirements. Producers and consumers have the right to own and use property, among other constitutional rights.
Answer:
Jenkins Manufacturing
Joe should produce using the new equipment.
Explanation:
a) Costs incurred using the old equipment:
Variable costs = $45,000 ($50 x 900)
Fixed costs = $40,000
Total costs = $85,000
Operating Loss = $22,000 ($63,000 - 85,000)
b) Costs incurred using the new equipment:
Variable costs = $22,500 ($25 x 900)
Fixed costs = $60,000
Total costs = $82,500
Operating Loss = $19,500 ($63,000 - 82,500)
Production using the new equipment would reduce the operating loss by $2,500.
This is an example of outsourcing, which is when domestic jobs are sent to countries overseas to take advantage of the lower costs.
Answer:
Net income decreased by $4,850,000.
Explanation:
Given total overhead applied = $48000000
The actual overhead = $52850000
Over/under Applied overhead = total overhead applied - Actual overhead at the end of the year.
Over / under Applied overhead = 48000000-52850000
Over / under Applied overhead = -$4850000
From the calculation, it can be seen that the overhead is underapplied therefore when under applied overhead allocated to cost of goods sold then cost of goods sold decreased by $4850000.
Answer:
18 minutes.
Explanation:
The standard deviation for the call time is 50 minutes while the average call duration is 25 minutes. The caller has to wait for sometime before the agent answers it because they have 4 agents who take up the calls from the clients. A call arrives every 20 minutes with a standard deviation of 20 minutes. In the given scenario the waiting time can be calculated using the formula below:
t = ( Ф * standard deviation + average call duration * standard deviation )
Solving the equation we get 18 minutes.
