Answer:
$5,160
Explanation:
Predetermined Overhead Rate on Capacity = Total Estimated Manufacturing Overhead / Estimated Capacity for the Year
Predetermined Overhead Rate on Capacity = $34,840 / 29,000 MH
Predetermined Overhead Rate on Capacity = $1.20 MH
Actual use of capacity = 24,700 hours
Unused hours = 29,000 hours - 24,700 hours
Unused hours = 4,300 hour
Cost of unused capacity = 4,300 hours * $1.20 MH
Cost of unused capacity = $5,160
Answer:
the costs that change depending on a company's performance
Explanation:
Variable costs refer to the costs that fluctuate with the level of production. An increase or decrease in the output level results in variable costs moving in the same direction. If the business stops production, the variable costs will be nil.
Raw materials and packaging costs are good examples of variable costs. The more a company produces, the more materials it consumes, and the higher the costs of purchasing the materials.
Answer:
The percentage decrease in utilization is 83.33%
Explanation:
According to the data, we have the following:
Coefficient of variance, m = 3
Arrival rate, ra = 45 per hour
Service rate, re = 18 per hour per lane
Therefore, in order to calculate the percentage decrease in utilization when one more checkout lane is added to the system, we have to use the following formula:
So, percentage decrease in utilization = ra / (m.re)
= 45 / (3*18) = 0.833
The percentage decrease in utilization is 83.33%
Answer:
4. Amounts owed to suppliers
Explanation:
We know that
Balance sheet comprises of assets, liabilities and the stockholder equity
The assets could be classified into current asset, fixed asset, and the intangible assets
While the liabilities are also classified into current liabilities and the long term liabilities
The account receivable, equipment, supplies have come on the asset side of the balance sheet whereas the account payable or amount owed to suppliers have come on the liabilities side of the balance sheet
So, the most appropriate option is 4.
SNOW WHITE AND THE SEVEN DWARFS BY ANNE SEXTON
