The significance of Total product, Average product, and Marginal product is that they show how effective, and efficient a manufacturing process is.
<h3>How do these metrics show productivity?</h3>
Taking the labor component in production as an example, one can see the impact of these metrics.
The total product will show just how much goods and services in total that the given amount of labor was able to produce. This gives management an idea of the effectiveness of the labor in producing goods and services.
The average product then shows how efficient labor is because it gives an idea of the products produced per labor.
Marginal product is very important as well because it helps management to know when to stop hiring labor. This point will be the production level that sees the marginal product being less than the cost of hiring additional labor.
These three metrics are therefore important to management because they help to determine effectiveness, efficiency, and cost of production.
Find out more on marginal product at brainly.com/question/24698689.
Answer: B - Staging
Explanation: Staging is the process of addition more features (refurbishing, redesigning) an item for sale to attract customers to the item or product.
This is what P&G has done to one of there product to get the attentions of its consumers.
Answer:
with only one chain and one pendant per necklace.write an expression that shows how much it will cost ronnie to make s short necklaces and n long necklaces. then find the cost for 3 short necklaces 2 long necklaces
Answer:
Stimulus generalization
Explanation:
Stimulus generalization defines that it is the process of call up for a reason by giving responses. For example we call dog by using the bell so that dog can come for food.
Therefore according to the given situation, Many store brands use similar packaging and labeling to the more expensive big company. The idea is that in customers, the look-alike kit would evoke a similar reaction that allows them to buy the affordable store brand so this is an example of Stimulus generalization
