Production
costs and allocation of costs have an implication on cost per unit. Two alternatives methods of production are
being considered: Allocation basis using factory space and Allocation
basis using labor.
A.
Allocation basis using factory space
The
first step is to determine the fixed cost per unit of Android01. Total
fixed cost is $5,000,000. Android01 allocation is 30%. To get
the fixed cost for Android01, total fixed cost is ($5,000,000)
has been multiplied by 30%. The total
fixed cost for Android01
is $1,500,000.00. The total fixed cost
for Android01 is divided by the number of units (300) to arrive at fixed cost
per unit of Android01 ($5000).
The second step is to calculate the
variable cost of Android01. Total
variable cost of both Processor01 and Android01 is $20,000,000. The total
factory space is 100000 sq ft. Android01 utilizes 30000 sq ft. hence; Android01
has been allocated 30% of the factory space (100000/30000). Total variable cost
of Android01 ($6,000,000) is calculated by multiplying Total variable cost
($20,000,000) by 30%. To arrive at
variable cost per unit, $6,000,000 is divided by the number of android01 units
(300). Therefore, the variable cost per unit is $20,000
The third step is to calculate the
total cost per unit. The fixed cost per unit of Android01 ($5000) calculated in
the first step is added to variable cost per unit ($20,000). Total cost per
unit of Android01 is $25000. The component cost is $25000. By adding the two costs, we arrive at total
cost per unit of $50000.
B. Allocation basis using labor
Here,
the first step in Part A above is repeated. However, Android allocation is 40%.
Hence, the fixed cost for Android01 is $6,666.67. Based on labor, Android01 has been allocated
40% (200/80). Hence the variable cost is calculated by multiplying $ $20,000,000 by 40% to get $8,000,000. $8,000,000 is the variable cost for
Android01. To get the amount of variable
cost per unit, $8,000,000 is divided by number of units (300). Variable cost per unit amounts to $26,666.67.
The third step is to calculate the
total cost per unit. The fixed cost per unit of Android01 ($6,666.67) calculated in the first step is
added to variable cost per unit ($26,666.67). Total cost per unit of Android01
is $33,333.34. The component cost is $25000.
By adding the two costs, we arrive at total cost per unit of $58,333.34.
The
cost should be allocated on the basis of space.
Question 2
Activity–based
costing is an alternate method of assigning costs. Component assembly is the
major activity for the production of both Processor01 and Android01. There are
a total of 125,000 assemblies per year for the production of 300 units of
Android01 and 500 units of Processor01 at a total cost of $25 million. The
remaining cost for the production of Android01 is for components, at $25,000
per unit.
To
calculate Android01's cost per unit using activity-based costing, total
assembly cost is divided by the number of total assemblies then multiplied by
the number of Android01 assemblies. The amount is then added to the remaining cost for the production of
Android01. Cost per unit using activity-based costing is $61000
Question 3
Total
fixed cost provided is $4,500,000. Allocation to Android is 30%. Multiplying $4,500,000
by 30% gives the amount of fixed cost allocated to Android, equal to
$1,350,000. To get fixed cost per unit, total fixed cost allocated to Android
($1,350,000) is divided by the number of units (300). This amounts to $4500. Variable cost per Android unit has been
provided ($48000). To arrive at Total
cost per unit ($52500), the fixed cost per unit ($4500) is added to the
variable cost per unit ($48000). The
product will be sold at a markup of 30%. Hence, the price of the product is
130% of the total cost.
Thus: 130%*52500=
$68250
Sherry Roberts is the author of this paper. A senior editor at MeldaResearch.Com in legitimate custom writing services Texas. If you need a similar paper you can place your order from research paper writing service Florida services.
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