Answer:
Forming subgoals
Explanation:
Subgoal is formed when learners are working toward a certain goal and notice that a set of steps puts them in a situation that allows them to ultimately achieve the goal.
<span><span>It is the Computation
complexity theory in which</span> we can measure the complexity of an algorithm
that solves a computational problem by determining the number of elementary
steps for an input of size n.</span>
Complexity is a numerical function T(n), time
versus the input size n. this theory is the branch of theory of computation.
<span> </span>
Answer:
Wanda is most likely to refuse.
Explanation:
The stage 4 of Kohlberg's Moral Development Model is defined as the Law and Order Orientation Stage, in which doing what is dutiful is paramount. If Wanda accepted his supervisor's demands, she would be breaking a law (the GAAP), and this act would therefore go against what the Kohlberg's model proposes. She will most likely respect the law despite the conquesequences that this might have on her personal life (for example, being fired).
Answer: Yes, it's beneficial
Explanation:
Comparative advantage is the ability of a nation to produce goods at a lower opportunity cost when compared to its trading partners. A comparative advantage allows a firm sell its product at a lower price and make more sales.
In comparative advantage, the nation might not necessarily be the best at producing a particular good but it has a low opportunity cost in the production of the good for other nations to import. Comparative advantage leads to specialisation and enhances economic growth.
For example, if France can produce cheap grapes and Italy can produce cheap tomatoes, France should stop producing tomatoes and Italy should stop producing grapes. France should focus on the production of grapes while Italy should focus on tomato production. This will lead to more income for both economies since there is productive efficiency.
Answer:
1. The capacity of the process
= 2.5 suits /day
2. The flow rate of the process = 2.5 suits/10 hours
= 0.25 suits per hour
3. The implied utilization of the Sewing stage = (0.5 * 150 minutes * 4) 300 minutes = 5/10
= 50%
4. The utilization of the Measuring stage = (0.5 * 30 minutes * 4) 60 minutes = 1/10
= 10%
Explanation:
a) Data and Calculations:
Time taken for the measurement of a suit = 30 minutes
Time for preparation and cutting of materials = 60 minutes (1 hour)
Time for sewing = 150 minutes (2.5 hours or 2 hours, 30 minutes)
Total time taken to make a suit = 4 hours
Available production time per day = 600 minutes (6 hours)
Therefore, 6/4 suits can be produced per day, this equals 2.5 suits.
