Answer and Explanation:
<u>I would most likely do this:</u>
Explain the issue to the team and praise them for their work in my absence. I would let them know there would be more time soon. It is very essential to praise and appreciate these efforts by the associates since I have been absent for a while and do not know what efforts they have been putting in.
<u>I would be least likely to:</u>
Talk to the manager to explain this situation or propose that my some of my commitments are eased for me to have more time with my team
The correct answer is simulation training.
Simulation taining is being defined as having to exercise or
train the skills of individuals with the use of basic equipment or rather a
computer software by means of modelling a real world scenario that the
individual is training.
The answer to this question is The PlantBottle is a potentially disruptive innovation; grape juice–sweetened drinks are a product change<span>.
Disruptive innovation refers to the type of innovation that potentially eliminate existing similar product in the market, and product change is an additional adjustment that made toward a similar product that already exists int he market.</span>
Answer:
e. A, 6,000; B, 6,000.
Explanation:
At the beginning of the process Materials A are added. Therefore it won't matter if the process is 80% or less/more is complete, the materials A have already been added and would be equivalent to the ending work-in-process inventory i.e. 6,000 units.
Materials B are added when the units are 75% complete. Since the ending work-in-process are 80% complete, then this means that the Materials B equivalent to 6,000 units have already been added to the ending inventory.
Hence, both materials A and B have been added to the ending work-in-process inventory for 6,000 units. Therefore, option E is correct.
Answer:
$10
Explanation:
We are to account for external costs in production, since we are asked to find optimal tax.
Given:
We now have:
A represents number of aluminum units produced, let's find A, since the margnal cost is $30.
Thus,
Let's equate the private marginal cost with the marginal revenue of each unit in order to achieve this amount of produced units with tax, t.
We have:
Substituting 100 for A above, we have:
30 - t = 20
t = 30 - 20
t = 10
Therefore, the socially optimal tax on aluminum is $10 per unit
