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That would depend on the context of your meaning. In Canada the first level , or class , if this is your meaning, is "C" level , this is the start of three levels . Next is "B" , Then "A" , then "Boiler Maker" and a whole host of accompanying certifications for these . Like specific processes , or specialities. underwater welding . A "first class" , as in " top of the heap" would be a welder with the majority of training and proficiency in all , or most of these.
FIRST ABLE WHO IS HE OR SHE?
That would depend on the model , age and condition or hours .
1 cent per week
In Canada they are called "levels" , and start with level "C" then B and A there are also higher levels of sorts like "boiler maker" , but most other levels are added certifications which involve the different processes, as example "all position FCAW" (flux core arc welding ) these certifications can be achieved at different levels. The aforementioned could be achieved at level C , B or A . All of which require separate testing.
It means that the vast majority of programs are written in C++, because of its high performance (comparable to that of low-level assembler) and low maintenance (comparable to that of high-level Java). Although C++ is a high level language itself, it borrows much from C which is a mid-level language, whereby the source code instructions map closely to the resultant machine code, and therefore has a much reduced level of abstraction. However, C++ also allows object-oriented programming, which allows more highly complex, scalable structures to be modelled much more easily than with C alone.
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C programming allows programmers to write code that is 'close to the machine' using a high-level language. Although it is a high-level language, the amount of abstraction is much lower than that of other high-level languages because the instruction set maps very closely to the underlying assembly language. As such, it is rarely necessary to resort to assembly language itself. C++ is more high-level than C, however its high-level abstractions allow programmers to produce much more efficient assembly instructions far more easily than with C alone. As with C, it is rarely necessary to use anything lower than C++.
Although C is a high-level language, the amount of abstraction within the language is actually quite low. What actually makes it a high-level language is simply that the code is more human-friendly than assembly, but it is much less human-friendly than that of Java. It sits somewhere in the middle and is therefore regarded as a mid-level language. Even C++, which is much more abstract than C, can also be regarded as being a mid-level language because it incorporates much of C itself. As such, we rarely need to use anything lower than C++ for general purpose programming. By comparison, Java is much more high-level because there is a much greater degree of separation between the code we write and the code that actually executes upon the machine; we have little to no control over the machine code.