Answer:
The explicit cost of flight includes cost of fuel, maintenance cost, payment to pilot.
Explanation:
The explicit costs are the direct costs incurred during the process of production or business. Here, the payments made to the pilot will be a variable cost, the cost of fuel, etc will be explicit cost.
The marginal explicit cost is the increase in the explicit cost with an additional output. The incremental cost of flight correctly determines the marginal explicit cost.
Opportunity cost is the cost of sacrificing the alternative. Here, the marginal opportunity cost will be the revenue that the firm would have earned by renting the flight to other firms or individuals.
Answer:
True
Explanation:
Coke tried to diversify into the bottling industry by acquiring their bottlers and in the process creating a vertically integrated business. However, 5 years later, they did find out how difficult it was and it led to a failed diversification effort when sold off their bottling operations. This was majorly due to the fact that the bottling business required too much capital investment and time. Capital investment and time that an already large enterprise like coca cola couldn't afford at that period. The initial aim was to have control over the whole production process, but soon after the diversification failed, they went back to producing just the concentrates.
Answer:
$8000
Explanation:
Given: Budgeted Overhead $240,000
Budgeted Labor Hrs 60,000
Actual Labor Hrs for Job B25 200
Actual labor cost for B25 $2,200
Direct Material cost for B25 $5000
Standard/ Budgeted overhead absorption rate = Budgeted Overheads/ Budgeted labor hours = $240,000/60,000 = $4 per labor hours
Budgeted overheads for actual 200 labor hours = 200 × $4 = $800
Labor cost and material cost incurred for Job B25 = $2200 + $5000 = $7200
Add: Budgeted overhead cost for 200 labor hours = $800
Cost of Job B25 = $7200 + $800 = $8000
Answer:
The question does not include any requirements, so I looked for similar questions:
- Use the least squares method to develop the estimated regression equation.
-
For every additional car placed in service, estimate how much annual revenue will change.
1) Y = -14.95 + 12.82X
2) for every 1 thousand cars put into service, revenue should increase by $12.82 million.
See attached PDF for calculations
