Answer:
b. $303,000
Explanation:
The activity rate
1. Machining = 
= $ 20 per machine hour
2. Machine set up =
= $ 500 per set up
3. Product design =
= $ 22000 per product
4. Order size =
= $ 26 per direct labor hour
Now the ABC cost (Product T05P)
1. Machining = 
= 4000 x 20
= $ 80,000
2. Machine set ups = 
= 90 x 500
= $ 45,000
3. Product design = 
= 1 x 22000
= $ 22,000
4. Order size = 
= 6000 x 26
= $ 156,000
Therefore, the total manufacturing overhead cost assigned to product T05P = 80000 + 45000 + 22000 + 156000
= $ 303,000
Answer:
a. $72,000
b. $0.36
c. $6,480
Explanation:
a. Depreciation cost = Cost of truck - Residual value
= $80,000 - $8,000
= $72,000
b. The depreciation rate = (Cost of truck - Residual value) ÷ Estimated total production
= ($80,000 - $8,000) ÷ 200,000 miles
= $72,000 ÷ 200,000 miles
= $0.36
c. The units-of-activity depreciation for the year per mile = Driven miles × Depreciation rate
= 18,000 × $0.36
= $6,480
Answer:the satisfaction a person gets from consumption
Explanation:
Hindsight is a wonderful thing in any business, or in life in general. We could make the best business decisions and maximise earnings if we had access to a crystal ball that could tell us exactly how many people would buy our goods.
<h3>
What Is Cost-Volume-Profit (CVP) Analysis?</h3>
An approach to determining how changes in variable and fixed expenses impact a company's profit is through cost-volume-profit (CVP) analysis.
Companies can utilise CVP to determine how many units they must sell to attain a specific minimum profit margin or break even (pay all expenditures).
CVP analysis makes a number of presumptions, among them the constancy of the sales price, fixed costs, and variable costs per unit.
Learn more about Cost-Volume-Profit refer:
brainly.com/question/26711135
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Answer:
True
Explanation:
Firm A is operating at full capacity, if its sales keep increasing, then t will need to invest to expand its production capacity. Since firm B is operating below full capacity level, if its sales keep increasing it will have some spare production capacity it can use before operating at full capacity.
Therefore firm A will need to invest in an expansion of its production capacity while firm B can keep operating without new investments.
