Answer:
Whereas lines of competition are clearly defined in the more established industries, in the Internet industry they are blurred and indistinct, as companies that compete one day may be partners the next. So "Lines" cannot be compared to/with internet companies.
Explanation:
The Internet Industry is shaped by its unique framework outlining and its own rules between the companies within it, which offer a vast number of products and services and not always competing with each other compared with the traditional established industries competition lines that were developed from two parties or more aiming the same unshareable goal. These industries are stablishing the lines of competitions predicament which by all means can not be measured and applied using the same criteria for both of them.
The online industry is claiming for flexible, pliant lines of competition to be inforced to its specific logic and mechanisms.
The companies are now in a brand new competing ground with the digital area, so traditional established bart lines of competition although clear and defined are becoming obsolete facing the current surprising thus blurred and indistict internet industry lines.
Answer:
100° angle is the correct answer to the following question
Explanation:
In the following statement, a lady who is creating a banner for the school but that lady cuts the sheet of the fabric in parallelogram whose opposite sides are always parallel and the opposite angles also. Then, the angle of the bottoms is 80°. So, that's why the 100° is the angle that is the top left corner.
Answer:
100 (100% sure)
Explanation:
ThIS IS CoRrEcT
Answer:
privilege escalation
When an attacker gains privileges greater than what they already have, it's called privilege escalation. Both vertical (becoming a superuser) and horizontal (getting privileges of a peer) are serious security risks.
If privileges are greater than those already available to the attacker, the result is a privilege escalation. In terms of computer security, privilege escalation means that a user receives privileges they are not entitled to. These privileges can be used to delete files, view private information, or even take control of the system. It can occur in two ways: vertical privilege escalation, also known as becoming the superuser, whereby a user can get rights reserved for a user with higher privileges. Horizontal privilege escalation, on the other hand, is when a user is able to acquire the same privileges as another user. In both cases, it represents a serious security risk.
#SPJ11
makeOutWord("<<>>", "WooHoo") → "<>"
makeOutWord("[[]]", "word") → "[[word]]"
Answer:
The following are the answer to this question.
Explanation:
In the given code, a "makeOutWord and word" is already used to hold some value. In this code, we define a string method "makeOutWord" that accepts two string variables "out and the word" in its parameter.
Inside the method, a return keyword is used that uses the string variable "out and the word" with the "substring" method, this method is used to returns a new string from an old string value, and it also uses the "word" string variable for the return value.
please find the attached file for code:
The function makeOutWord combines the 'out' string and the given word by using the substring method to separate the 'out' string into two parts, then inserting the given word in between. An example solution in Java is provided.
The goal of this problem is to create a new string, incorporating the original 'out' string and the given word. This can be achieved by utilizing the substring method in Java which allows us to extract part of a string. Given an 'out' string with length 4, such as '<<>>', and a word, the task is to return a new string where the word is in the middle of the 'out' string.
An example solution in Java would be as follows:
public String makeOutWord(String out, String word) { return out.substring(0, 2) + word + out.substring(2, 4);}With this function, we take the first two characters from the 'out' string, then append the word, then add the last two characters of the 'out' string. So, makeOutWord("<<>>", "Yay") would yield "<>".
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