Difference between computer language and computer operation
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A language is the means of communication between user and a computer.
As we know computer understands only binary code that is 0 and 1.
Hence different computer languages are used to make the computer understand the set of instructions and execute a specific task.
Computer Languages :
Computer language is a set of programs which helps us in communicating with device and helps us in performing a specific task.
Different Types of Computer Languages :
1. Low level language.=== Assembly language
2. High Level language === C, C++,
Computer Operation:
An elementary operation that a computer is designed and build to perform.
There are 5 basic computer operations :
1. Inputting
2. Processing.
3. Storing
4. Outputting
5. Controlling.
As we know computer understands only binary code that is 0 and 1.
Hence different computer languages are used to make the computer understand the set of instructions and execute a specific task.
Computer Languages :
Computer language is a set of programs which helps us in communicating with device and helps us in performing a specific task.
Different Types of Computer Languages :
1. Low level language.=== Assembly language
2. High Level language === C, C++,
Computer Operation:
An elementary operation that a computer is designed and build to perform.
There are 5 basic computer operations :
1. Inputting
2. Processing.
3. Storing
4. Outputting
5. Controlling.
Answered by
2
Each operating system is composed of some kind of programming language, yet most utilization of programming languages is for applications, not for operating systems.
Without an operating system or some likeness thereof, it's hard to get any programming language (or whatever else) to do anything; the OS handles many assignments - particularly those identified with I/O or multitasking - in a uniform, standard way so that (a) people composing applications don't need to deal with every one of the subtle elements of those undertakings in each application they compose, and (b) the client is given a generally uniform, predictable UI.
Without an operating system or some likeness thereof, it's hard to get any programming language (or whatever else) to do anything; the OS handles many assignments - particularly those identified with I/O or multitasking - in a uniform, standard way so that (a) people composing applications don't need to deal with every one of the subtle elements of those undertakings in each application they compose, and (b) the client is given a generally uniform, predictable UI.
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