Answer:
The correct answer is the option B: Activity B.
Explanation:
First of all, the term <em>''bottleneck''</em> in the management area refers to the activity or process in a chain of processes that its limited capacity reduces the capacity of the chain in its whole.
Once said that, in the case presented, where there are four workers and two of them have to do two differents tasks then the activity consider the bottleneck of the process will be the one in where one person does an activity after another and that reason makes that person delates more in working. That is the case of the activity B, where Aaron has to work again after the first activity and that takes him and Betty five minutes full, while in the other case where Betty works with David they only take four minutes, so therefore that the activity B is the bottleneck of the process.
Answer:
66.7%
Explanation:
Given that,
Design capacity = 6 furnaces per day
Effective capacity = 5 furnaces per day
Efficiency ratio if it repairs an average of 4 furnaces per day:
= (Actual capacity ÷ Possible capacity) × 100
= (4 per day ÷ 6 per day) × 100
= 0.667 × 100
= 66.7%
Therefore, the efficiency ratio is 66.7 percent.
Answer:
compromising
Explanation:
Compromising—when you compromise or “split the difference” in a conflict which is the political equivalent of "win some, lose some" and is possible in a long-term relationship where there is time for give-and-take exchange.
Answer:
The answer is absorption costing.
Explanation:
This method is used to indicate that all costs have been absorbed by the units produced, and includes the following costs (fixed and variable):
1. Direct labor.
2. Direct materials.
3. Fixed manufacturing overhead.
4. Variable manufacturing overhead.
Answer:
D) $116.67 per EUP
Explanation:
To find out the equivalent unit of production (EUP) for conversion costs we have to divide the total conversion costs by the equivalent units produced:
EUP conversion costs = $70,000 / 600 units = $116.67 per EUP
The EUP for direct materials would = total costs direct materials / equivalent units produced = $300,000 / 1,000 units = $300 per EUP
Both fully completed units and partially completed units are expressed in terms of equivalent units of production.
