The potential for industry growth, whether it seems as though competition will only get stronger or weaker, and the company's competence in carrying out industry key success factors.
An organized subset of economic activity is the subject of this article. See Manufacturing and Industrial society for information on mass manufacturing and its implications. An industry is a division of an economy that creates a cluster of closely linked goods, services, or raw materials (for a list of additional uses, see Industry macroeconomics). One may cite the wood business or the insurance industry as examples.
Industry classifications often use a company's or group's major source of revenue when evaluating it to place it inside a certain industry. For instance, "statistical units" are categorized by the "economic activity in which they primarily participate" according to the International Standard Industrial Classification (ISIC), which is utilized directly or through derivations for the official statistics of the majority of countries worldwide.
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Answer:
a. real GDP adjusts the value of goods for changes in the price level and nominal GDP does not.
Explanation:
The nominal GDP is calculated by using current prices without adjusting the inflation factor int the prices of goods that are accounted for in the total GDP value. On the other hand the real GDP is calculated by adjusting inflation int he pricesof the goods which included in total GDP value. So the correct option is a. real GDP adjusts the value of goods for changes in the price level and nominal GDP does not.
Answer:
C
Explanation:
The highest mountain could fit into the deepest ocean basin.
Abc migrated to a Corporation type of company to reduce cost.
Answer:
0.60
Explanation:
The midpoint formula is used to calculate elasticity by using average percentage in both price and quantity.
The formula is given below:
Percentage change in quantity =<u> (Q2 -Q1) </u> x 100
(Q2 + Q1) / 2
Percentage change in price = <u> (P2 -P1) </u> x 100
(P2 + P1) / 2
Elasticity =<u> Percentage change in price__</u>
Percentage change in quantity
Inserting the data:
Percentage change in quantity =<u> (30 -20) </u> x 100 = <u>10</u> x 100 = 40%
(30 + 20) /2 25
Percentage change in price = <u>($20 - $10)</u> x 100 = <u>10</u> x 100 = 66.6%
($20 + $10) /2 15
Elasticity of supply = <u>40%</u>
66.6%
= 0.60
