Low Level Language Flashcards, test questions and answers

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What is Low Level Language?

A low-level language is a programming language that provides little or no abstraction from a computer’s instruction set architecture. Low-level languages are sometimes called machine languages and assembly languages. They are generally more difficult to program in than high-level languages, which provide more abstractions from the details of a computer’s architecture. Low-level languages are often used in situations where speed is important, such as embedded systems and system programming. Some examples of low-level language include Assembly Language, C, and C++. These types of programming can be used for making basic applications such as operating systems, drivers, games and software for mobile phones. Low level languages can help you gain an understanding of the way computers work on a deeper level than higher level programming languages allow. By learning how to program with low level language you can understand how memory works and become better at debugging code and getting your programs to run faster by using fewer resources on the computer’s processor. In addition to being faster than other programming methods, they also make it easier to optimize code for specific tasks such as adding or subtracting numbers or reading data from memory locations without having to write complicated algorithms or parse through large amounts of data like you would have to with high-level languages like Java or Python. This makes them especially useful when creating software that needs to run quickly but efficiently with minimal resources required from the user’s computer processor power or RAM usage levels. Overall, low-level language can be powerful tools for developing efficient programs that operate quickly yet use fewer resources than those written in high-level programming languages making them excellent choices for embedded systems development as well as system programmers who need maximum performance out of their code base without sacrificing stability or reliability.