Assembly Language are just easy-to-understand symbolic representation of direct CPU instructions (i.e.Machine Code)
Because of Assembly language, now you don't have to write Program Instructions in long strings of 1 and 0 as in Machine Language.
For better understanding : Suppose you have to ass two numbers in Machine Language, you may have to write long Binary Strings like this 100101001000111101010011 whereas in Assembly Language this can be achieved by short code ADD.
Just like Machine Language are Low-Level Programming Language, Assembly Language is also Low-Level Programming Language.
Assembly Language are also specific to the CPU family (Computer Hardware) like Machine Language are.
An Assembler translates a program from an Assembly Language to Machine Language.
An Disassembler performs the reverse function.
Because of Assembly language, now you don't have to write Program Instructions in long strings of 1 and 0 as in Machine Language.
For better understanding : Suppose you have to ass two numbers in Machine Language, you may have to write long Binary Strings like this 100101001000111101010011 whereas in Assembly Language this can be achieved by short code ADD.
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| Program written in Assembly Language |
Assembly Language are also specific to the CPU family (Computer Hardware) like Machine Language are.
An Assembler translates a program from an Assembly Language to Machine Language.
An Disassembler performs the reverse function.
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