Answer:
The optimal production batch size for the supplier is 980 units.
Explanation:
In order to calcuate the optimal production batch size for the supplier we have to use the following formula:
optimal production batch size=
(<u>2×Annual Demand×setup cost)</u>
Holding Cost
optimal production batch size=
(<u>2×(1,000×12)×($250×4)</u>
($100×25%)
optimal production batch size=
(<u>2×12,000×$1,000)</u>
$25
optimal production batch size= 980 units
Answer: The answer to your question is C.
Answer:
c. $215,000
Explanation:
The computation of the amount charged to income is shown below:
But before that first we have to determine the book value as on Jan 2024 which is
Total patent cost
= $200,000 + $50,000
= $250,000
Amortized cost till year 2024 is
= ($250,000 ÷ 10 years) × 3 years
= $75,000
The three years is counted from 2021 to 2024
Now
Book value on Jan 2024 is
= $250,000 - $75,000
= $175,000
So,
Amount charged to income is
= $175,000 + $40,000
= $215,000
The answer is marginal revenue (MR) curve above $22.
Explanation:
Jim and Lisa Groomers will maximize its accounting profit when taking it to 0 its economic profits when marginal revenue = marginal costs.
Economic profits are not the same as accounting profits because they include the opportunity costs of investing the money somewhere else. That is whythe long run firm is not able to make economic profits since as they exist, new competitors will enter the market. But in the case of the shoert run, the firms are able to make economic profit, but by doing so, they cannot maximize their accounting profit.
Economic profit = account profit = Opportunity profit
Opportunity cost are extra costs or benefitslost from choosing one activity or investment over another one.
Answer:
$1,000,00
Explanation:
Amount paid to Construction company = $600,000
Additional expenditures in 2021 are Feb 28 = 90,000, Apr. 30 180,000, Jul. 1 = 36,000, Sept. 30 = 64,000. Avoidable interest Cost = 30,000
So, amount to be capitalized in Martin's Building account = $600,000 + $90,000 + $180,000 + $36,000 + $64,000 + $30,000 = $1,000,000