Answer:
$10,125 Favorable
Actual quantity of the cost-allocation base used - Actual quantity of the cost-allocation base that should have been used to produce the actual output) × Budgeted variable overhead cost per unit of the cost-allocation base
Explanation:
Variable overhead spending variance = Actual Spending - budgeted Spending based on actual quantity
Variable overhead spending variance = (Actual Input x Actual rate) - ( Actual input x Budgeted rate)
Variable overhead spending variance = (10,125 x $29) - ( 10,125 x $30)
Variable overhead spending variance = $293,625 - $303,750
Variable overhead spending variance = $10,125 Favorable
Variable overhead spending variance is
Actual quantity of the cost-allocation base used - Actual quantity of the cost-allocation base that should have been used to produce the actual output) × Budgeted variable overhead cost per unit of the cost-allocation base
Answer:
A.Pattern Department 57 per DLH
Cut and Sew Department 78 per DLH
B.Small glove 8.52
Medium glove 10.65
Large glove 12.78
Explanation:
a) Calculation to Determine the two production department factory overhead rates.
Pattern Department = 165,200/2,900
= 56.9 Approximately 57 per DLH
Cut and Sew Department = 273,000/3,500
= 78 per DLH
Therefore two production department factory overhead rates will be :
Pattern Department 57 per DLH
Cut and Sew Department 78 per DLH
b) Calculation of the factory overhead cost per unit
Small glove (57*.04+78*.08)=8.52
Medium glove (57*.05+78*.10)=10.65
Large glove (57*.06+78*.12)=12.78
Therefore the factory overhead per unit for each product will be: Small glove 8.52
Medium glove 10.65
Large glove 12.78
Technology wise: Apple or Microsoft
Food wise: McDonalds or KFC
Answer:
$90,000
Explanation:
We could allocate assembly overhead on the basis of the parts used in the assembly process:
wheels ⇒ 300,000 x 2 parts = 600,000 parts
<u>seats ⇒ 600,000 x 3 parts = 1,800,000 parts</u>
total parts assembled 2,400,000 parts
overhead costs per part assembled = $360,000 / 2,400,000 parts = $0.15 per part
so the overhead allocated to wheels should be = 600,000 parts x $0.15 per part = $90,000
