Respuesta :
Answer:
Task 1:
GPE is best when the contracted volume is below 25,000 units.
Task 2:
FMS is best when the contracted volume is between 25,000 and 300,000 units.
Task 3:
DM is best when the contracted volume is over 300,000 units.
Explanation:
The schedule for total cost is attached.
Task 1:
The option GPE is best when the contracted volume is below nothing units (enter your response as a whole number).
Answer:
GPE is best when the contracted volume is below 25,000 units.
Working:
GPE is best when cost for GPE is less than other two.
Difference between the variable cost per unit of GPE and FMS = $18 per unit - $14 per unit = $4 per unit.
Difference between the fixed cost of GPE and FMS = $200,000 - $100,000 = $100,000
The difference of cost between GPE and FMS can be found by (assuming n units produced)
GPE-FMS: 4n – $100,000
The cost difference has to be zero in order to lower the cost for GPE
Hence 4n-$100,000=0
Hence n = 25,000
GPE is best when the contracted volume is below 25,000 units.
Task 2:
The option FMS is best when the contracted volume is between nothing and nothing units (enter your responses as whole numbers).
Answer:
FMS is best when the contracted volume is between 25,000 and 300,000 units.
Working:
To compare FMS:
The cost has to be in between GPE and FMS
Considering difference between GPE and FMS
n = 25,000 (from above calculation)
Considering FMS and DM:
Difference in variable cost per unit of FMS and DM = $14 - $13 = $1 per unit
Difference in fixed cost of FMS and DM = $500,000 - $200,000 = $300,000
Difference = n – $300,000
n-300,000=0
n = 300,000
Hence FMS is best when the contracted volume is between 25,000 and 300,000 units.
Task 3:
The option DM is best when the contracted volume is over units (enter your response as a whole number).
Solution:
DM is best when the contracted volume is over 300,000 units.