If you beat the market with inside information, you have violated the concept of strong form efficiency.
Strong form efficiency refers to a market in which stock prices fully and fairly reflect not only all public and all historical information but also all private information (inside information).
Strong Form Efficiency is the most rigorous version of EMH (Efficient Market Hypothesis) investment theory, stating that all market information, public or private, is factored into stock prices.
A stronger version of the Efficient Markets Hypothesis states that all published and unpublished information is fully reflected in the current stock price and that there is no information available to investors. . market advantage.
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Answer:
4. does not do the required homework before beginning development.
Explanation:
Ready Fire Aim approach is undertaken when the company is not prepared and has placed the product in the market with the aim that improvements will come later.
This approach is used to collect the responses of the customers and study the patterns of behavior. As we get the responses we improve the product accordingly.
This approach is used in product development processes.
Answer:
The answer is a. The "invention" sought to be patented is actually a living creature.
Explanation:
That is the answer. Because by the law, you actually "CAN" patent a living creature or an organism that you invented and that does not exist naturally.
So, a patent application CAN NOT be denied on the grounds that the invention is a living thing.
However, if a plant or any organism exists in nature and has reproduced, then it cannot be patented. Because then it has become a natural occurrence. This is a stern limitation and a criteria put on patents for living organisms.
Patenting living organism such as anti bacteria and bacteria is common in pharmaceutical industry while patenting unique seed types are common in agricultural sector.
Answer:
The portfolio’s new beta will be 1.125
Explanation:
In this question, we are interested in calculating the portfolio’s new beta given the value of the beta of the stock which is used in replacing it.
We apply a mathematical approach here.
Mathematically;
Portfolio beta=Respective beta * Respective investment weight
=(50,000/200,000*1.5)+(50,000/200,000*0.8)+(50,000/200,000*1)+(50,000/200,000*1.2)
= 0.375 + 0.2 + 0.25 + 0.3 = 1.125