Richards Corporation uses the FIFO method of process costing. The following information is available for October in its Fabricat
ing Department: Units: Beginning Inventory: 80,000 units, 60% complete as to materials and 20% complete as to conversion. Units started and completed: 250,000. Units completed and transferred out: 330,000. Ending Inventory: 30,000 units, 40% complete as to materials and 10% complete as to conversion. Costs: Costs in beginning Work in Process - Direct Materials: $37,200. Costs in beginning Work in Process - Conversion: $79,700. Costs incurred in October - Direct Materials: $646,800. Costs incurred in October - Conversion: $919,300. Calculate the cost per equivalent unit of conversion
1 answer:
Answer:
$2.90 per unit
Explanation:
The computation of the cost per equivalent unit of conversion is attached below:-
The formulas are shown below:-
Equivalent material = Direct material × Percentage completion
Equivalent conversion = Conversion × Percentage completion
The cost per equivalent unit come from
= Total cost ÷ number of equivalent units
hence, the cost per equivalent unit of conversion is $2.90 per unit
You might be interested in
Answer:
Attached are the detailed solution tables for
A) complete the activity rate for each activity is a general question covering so solution starts from B
B) calculation of the activity rate for each activity: shown in the attached table
C) activity cost per unit : alpha = $99.81, Beta = $125.41, 0mega = $175.78
D ) The activity unit costs are not equal across all three products because of different activity bases such as machine hours, setups, parts and inspection hours that also determines the activity cost
Explanation:
A) complete the activity rate for each activity is a general question covering so solution starts from (B)
B) calculation of the activity rate for each activity: shown in the attached table
C) Calculation of activity cost of all products
activity cost of each product = use of product activity * activity rate
production = ($80 * Machine hours of each product )
setup = ( $100 * number of setups for each product )
Material handling = ( $30 * number of parts of each product )
Inspection = ( $50 * number of inspection hours for each product )
Product engineering = ( $280 * number of engineering hour for each product )
Activity cost per unit = total cost of activity of each product / unit produced for each product
D) The activity unit costs are not equal across all three products because of different activity bases such as machine hours, setups, parts and inspection hours that also determines the activity cost
