<span>A company can have a product that they want a single customer to be able to use and profit from, they may sell that product to that customer at a lower price, allowing them to purchase more, and blocking out competitors with higher pricing.</span>
Answer:
Pricing strategy to stay competitive
Explanation:
Pricing strategy is the process by which a company sets prices of goods and services offered to a consumer.
In setting up a price strategy the management.of a business need to put into consideration the competitive reaction, pricing position, pricing segment, and pricing capability.
The generic drugs companies in the US are selling fluconazole for a higher price than pharmaceutical company with headquarters in India in the international market.
In order for them to stay competitive they will need to review their price downward or customers will switch to the cheaper option
What you’re talking about is Beta. Beta is the ratio of how much a stock changes relative to the market as a whole (NYSE, NASDAQ)
A Beta of 2.0 means it changes (up/down) twice as much as the general market (Dow, S & P, NAS), such as the twitchy, hyper reactive tech stocks ( FAANG’s and also boom-or-bust Big Oil). In other words, high Standard Deviations.
A Beta of 0.5 means it changes (up/down) half as much as the general market. Sleepy blue chips such as GE, AT&T or power utilities fall in that category. Low Standard Deviations
Most stocks by definition pretty much track the market (Beta 1.0) so there are a lot of those. Middling Standard Deviations
So…it is dictated by your risk tolerance.
Answer:
The correct answer would be, 10 Persons.
Explanation:
If there are 1000 people in the Big Bucks lottery and there is a 1 percent chance of winning 10 dollars prize if all 1000 people buy the lottery ticket of 10 dollars. If every person buys 10 dollar lottery ticket, then the chances of winning people would be calculated as follows:
Total number of People = 1000
Chances of winning the lottery = 1%
So How many people would win 10 dollar lottery = 1000 * 1%
= 1000 * 0.01
= 10 People.
So there are chances that 10 out of 1000 people will win the lottery.
Allocative efficiency of a product is achieved when parties are able to use the accurate and readily available data reflected in the market to make decisions about how to utilize their resources
