Answer:
differential cost of producing product C = $24 per pound
Explanation:
given data
B currently selling = $30 per pound
produce cost = $28 per pound
C would sell = $60 per pound
produce additional cost = $24 per pound
to find out
What is the differential cost of producing Product C
solution
we get differential cost of producing product C is express as
differential cost of producing product C = cost of (B+C) - cost of B .............1
put here value we get
differential cost of producing product C = (28+24) - 28
differential cost of producing product C = $24 per pound
<span>The government has REGULATIONS to protect people from being harmed by lead.
</span>
<span>Description of this experiment: This type of experiment would be deemed as completely randomized, as the subjects are chosen at random to watch the commercial. The subjects are 15 children under 10 years old. The different factors in this experiment are the commercials, as well as the 3 levels of products (types). The response in this experiment would be the children's attention span.</span>
Explores more or its the newest thing they have...
Answer:
$2,400
Explanation:
The computation of the depreciation expense under the activity-based depreciation method is shown below:
= (Original cost - residual value) ÷ (estimated production units)
= ($12,000 - $4,000) ÷ (20,000 units)
= ($8,000) ÷ (20,000 units)
= $0.4 per unit
Now for the first year, it would be
= Production units in first year × depreciation per unit
= 6,000 units × $0.4
= $2,400