C. stock market prediction is not the application of ahp.
A stock market forecast is an attempt to determine the future value of a company's stock or other financial instruments traded on a stock exchange. Correctly predicting the future price of stocks can be very profitable.
A stock market forecast is an attempt to predict the future value of individual stocks, particular sectors, markets, or the market as a whole. These forecasts typically use fundamental analysis of companies and economies, technical analysis of charts, or a combination of both.
Learn more about stock market prediction here: brainly.com/question/690070
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Answer:
The consumer is the one who pays to consume the goods and services produced.
Explanation:
As such consumers play a vital role in the economic system of a nation. In absence of effective demand the producers would lack a key to motivation
Answer:
The present value at 11% is $3,902.13,$3,479.85 at 16% and $2,615.57 at 30%
Explanation:
The present value formula is given as :
PV=FV/(1+r)^n
Where FV is the future value of cash flows such as the ones given in the question
r is the rate of return at 11%,16% and 30%
n is the applicable time horizon relevant to each of the cash flow.
Find attached spreadsheet for detailed calculations.
Answer:
increases as more people use them.
Explanation:
Network economics refers to a business that uses network effect. It is also called Netromix. The value of a good is increased as the number of buyers increases.
The business will benefit from feedback received by customers that use their products.
For example online services like LinkedIn and Twitter benefit from this type of framework. The more users that use these software th more the business gains.
Answer:
b. Feedforward control
Explanation:
Feedforward control is a form of proactive control that includes measures that pertain to prevent certain consequences and safety hazards. This company wants to prevent their employees form getting injured from particles during manufacturing. So, this is an example of feedforward control, that aims to prevent, not react.
