Answer:
the contribution margin per unit is $15 per unit
Explanation:
The computation of the contribution margin per unit is shown below:
Contribution margin per unit is
= Selling price per unit - variable cost per unit
= ($540,000 ÷ 9,000 units) - ($405,000 ÷ 9,000 units)
= $60 - $45
= $15 per unit
Hence, the contribution margin per unit is $15 per unit
#1 goal-setting #2 decision-making
Why estimated overhead costs (rather than actual overhead costs) are used in the costing process is explained below.
A predetermined cost is an expenditure that a company estimates ahead of time.
This cost is calculated prior to the purpose of production and includes all variable costs that affect production in a manufacturing business.
Actual overhead costs are difficult to calculate for each job, especially in a production environment with a large number of jobs.
As a result, overhead costs are allocated according to some standardized methods, which may link overhead costs to direct labor, machining time, and material used in each job.
Manufacturing overhead in a manufacturing organization refers to indirect costs that are required for production but cannot be traced back to individual products.
Machine depreciation and factory rental are two examples of manufacturing overhead costs.
Hence, computation of predetermined overhead rates is given above.
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Answer:
Explanation:
The computation of expense amount is shown below:
= Expenses - adjusted prepaid expense + adjusted accrued expense
= $35,200 - $500 - $450
= $34,250
The adjusted prepaid expense is computed by
= Ending balance of prepaid expense - beginning balance of prepaid expense
= $1,800 - $1,300
= $500
And, the The adjusted accrued expense is computed by
= Ending balance of accrued expense - beginning balance of accrued expense
= $1,200 - $1,650
= -$450
Answer:
Annual depreciation = $44,400
Explanation:
Given,
Purchase price of the delivery van = $111,000
Salvage value = $11,400
Useful Life = 5 years
We know that
annual depreciation under double declining balance (%) = (100%/useful life)*2
Putting the value in the formula, Annual depreciation (%) = (100%/5)*2
= 40%
Annual depreciation = Purchase Price*Percentage of annual depreciation
Annual depreciation = $111,000*40% = $44,400
