Answer:
B. Hybrid manufacturing process
Explanation:
A group of processes that seeks to combine the characteristics and advantages of more than one of the classic processes is known as a <u>Hybrid manufacturing process</u>. In a hybrid manufacturing process, two types of processes are being combined in a single machine. The combined process consists of the features of the both of the processes being performed simultaneously.
<span>Obviously, the broker is subtly encouraging their clients to buy more stocks. Particularly, when they call with news of stocks that rose more than 10 percents, this will probably motivate people to think the stock is doing well and they want to "get in on the action" while they still can. Even if their calls when a stock goes below 3 percent might encourage some people to sell, the increase of three percents (combined with the 10 percent calls) would definitely be influence to buy.</span>
Answer:
Correct option is E.
A lack of communication
Explanation:
It is an instance of two societies speaking with one another. Add to social contrast, there are even language contrasts. To think at an exceptionally fundamental level, the Japanese here are most likely confronting language as well as unfit to fathom American business culture.
Despite the fact that these things are likely while managing in global exchange, the most ideal approach to improve correspondence is to see each other's way of life and modify the language and correspondence tone in like manner. Along these lines, there is absence of compelling correspondence between the American and the Japanese.
Answer:
$13,640 Unfavorable
Explanation:
Data provided
Actual hours = 2,600
Standard hours = 6.0
Standard variable overhead rate = $12.40
The computation of variable overhead efficiency variance is shown below:-
Variable overhead efficiency variance = (Actual hours - Standard hours) × Standard rate
= (2,600 - (250 × 6.0)) × $12.40
= (2,600 - 1,500) × $12.40
= 1,100 × $12.40
= $13,640 Unfavorable
Therefore for computing variable overhead efficiency variance we simply applied the above formula.
