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.
There are different types of hull, the hull type that is best for use on ponds, small lakes and calm rivers is the FLAT BOTTOM HULL. This is the type usually find in fishing boat, it has a flat spanning and a shallow draft which is very stable in calm weather.
We use Boolean Logic operators because it saves more time when searching a topic. This connects pieces of information in a search allowing you to find exactly what you are looking for.
Answer:
<u>In physics</u>, efficiency is a measure of how much energy is conserved in a process.
<u>In programming</u>, efficiency is directly linked with the speed of runtime execution for software and algorithmic efficiency.
In this comparison, both meanings try to measure the quality of the processes and have formulas to detect this efficiency.
Both meanings have different formulas to define the measures, Big O notation for programming and percentage of energy output divided by energy input for physics. Furthermore, in physics is not possible to get 100% efficiency, but it is possible for programming to have O(1) of efficiency.
