Computers are the machines that can perform tasks or calculations according to the set of instructions or programs. Computers are very fast due to which thousands of tasks can be performed within a short period of time. Hence, computers are the machine, they have no brain so they work according to the set of instructions set inside it.
We know that a computer is an electronic device works on ON and OFF (1 AND 0), the technique to read and write data. We use several languages to communicate with others, just like it, we use several computers languages to communicate with other computers e.g. BASIC, COBOL, PASCAL, FORTRAN etc. The computer understands only computer language written in binary. Other languages have to be converted to machine level for a computer to understand. Programming languages can be used to create programs to control the behavior of a machine or to express algorithms. Different types of programming languages are as follows:
Computer dependent language written in binary is called Machine code or Machine language. Machine code requires a high-level programming skill along with sound knowledge of computer architecture and functions. Instructions written in binary are immediately executable without the help of any language translators because computer understands the machine codes.
It is a low-level language in which some high-level words are used with machine codes. These words are called mnemonics. Some mnemonics are given below:
Assembly language requires ASSEMBLER to translate assembly language code into computer understandable code (Machine code). So, it is not immediately executable. It is difficult to develop the program using this immediately executable. It is difficult to develop the program using this language.
High-level language contains a set of instructions written in simple English. It is a set of symbols, words and rules to instruct machine. The language is oriented towards the problem and procedures. A program written in a high-level language is called source program. A language translator is used to translate into object code (Machine code).
A programming language is an artificial language that is understood by the computer, which is used to write a set of instructions.
Types of programming language are:
Low-level language is machine dependent language which cannot be used on another computer when it is written for one computer.
Low-level language is of two types.
Machine level language is first generation language, which uses binary codes i.e. 0 & 1. It is computers native language so the translator is not required.
This is second-generation computer programming language alphanumeric codes instead of 0 & 1. The program of assembly language is needed to be translated by an assembler.
Advantages of assembly language are:
Disadvantages of assembly language are:
The high-level language is machine independent problem-oriented common language that uses English similar instructions and Mathematical notations for writing instructions.
The common features of high-level language are:
Four common high-level programming languages are:
Computer dependent language written in binary is called:
High Level Language
Machine Code Language
Which of the following is not an example of computer languages?
Which of the following is not the advantage of Machine Level Language?
It has faster execution than other languages.
It is written on machine code so no need to translate it into machine language.
Simple English is used for program coding.
Other translator type subsidiary programs are not required.
Assembly language require ________ to translate assembly language code into computer understandable code.
In which of the following language debugging is most tough and difficult ?
None of the answers are correct
Machine code language
High level language
Computer understands only computer language written in __________.
Programming languages can be used to create programs to control the behavior of a machine or to express ___________.
_________ contains a set of instructions written in simple English.
Machine Code Language
High Level Language
Machine Level Language