Answer:
if you get random payments like games or other things u didn't pay for
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:
Excluded from GDP
The production of the set of tires does not included on the GDP as it is referred to as an intermediate goods which are used to produce the final product (which is the two door coupe, in this case).
Explanation:
Gross domestic Production (GDP) represent the total production of a nation within its domestic borders. Some of the items that are excluded in GDP include: sales of goods that were produced outside the domestic borders of the country, intermediate goods that are used to produce other final goods, sales of used goods, illegal sales of goods and services (black market) and transfer payments made by the government
Answer:
Company A
The number of items that should be produced in each run to minimize total costs of production and storage is:
= 22,000 units
Explanation:
a) Data and Calculations:
Total annual demand = 550,000 units
Cost per production run = $330
Cost per unit = $5
Storage (holding) cost per item = $0.75
The number of items that should be produced in each run to minimize total costs of production and storage is given by Economic Order Quantity (EOQ) formula
= square root of (2 * 550,000 * $330)/$0.75
= square root of $363,000,000/$0.75
= square root of 484,000,000
= 22,000 units
