Answer: The misappropriation theory
Explanation:
The misappropriation theory is basically describe about the various types of security fraud violation against the data source.
It is basically uses for the insider trading and when the individual person misusing the confidential data or information and also violating all the securities laws.
According to the question, the given argument is basically describe about the misappropriation theory.
Therefore, The misappropriation theory is the correct answer.
Answer:
The answer is: Phishing
Explanation:
Phishing is carried out by individuals who are trying to scan users. This is done by sending emails to try to collect someone else's credit card information, online banking accounts, or other type of login information. Phishing can also be done through web pages that are designed to illegally collect their users' information.
Answer and Explanation:
The economics of scope refers to the total cost production cost i.e to be averaged for the various type of goods
While on the other hand, the economics of scale refers to the benefit of the cost than occurs when there is a higher production level at a time
Based on this, the classification is as follows
1, Economics of scale as the output rises that declines the LAC so automatically it goes downward
2. economics of scope
There were 72 (108 - 36) more maple trees in the woodlot before the bug problem. There were 108 maple trees in the woodlot before the bug problem. There are 36 maple trees in the woodlot after the bug problem.
The following information is given in the question:
Ratio of maple trees to oak trees before bug problem = 9:5
Ratio of maple trees to oak trees after replanting = 3:11
Total number of oak trees after replanting =132
Total number of trees in the woodlot is the same before and after the bug problem.
Let the number of maple trees after replanting be 'x'
From the data above, we can find the number of maple trees after replanting as follows:
So, number of maple trees after replanting in the woodlot are 36.
Let number of maple trees before bug problem be 'z'.
We can find the number of maple trees before bug problem as follows:
