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Machine language is determined by the design or structure of the computer's ALU (Arithmetic Logic Unit) and control unit, the word size and length of the memory unit. Once a program designed in machine language for an ALU is run on another ALU, it needs to study the machine language again and rewrite the program according to that ALU. Programming in machine language is a difficult task. To write programs in this language, the programmer has to either remember the machine's instructions as a number of pointer numbers or be in constant contact with a directory. Also the programmer should have complete knowledge about the hardware structure of the computer. For different instructions, since only two digits 0 and 1 series are used in machine language. In this case, there is a high chance of error in it. And being able to find the error when there is an error in the program is the equivalent of finding a needle in a straw. ✨ Also Know Some Related Articles What Is Mouse? Applications Of Computer Functioning Units Of Computer C Programming Tutorial Introduction To Statistics Basic Operation Of Computer Termux Tutorial Working Of Computer Limitations Of Computer Fundamental Of Computer Basic Introduction Of Computer A to Z Full Form Of Computer What Is Computer? Definition Of Computer Origin Of Computer Working Of Computer

Although computers can be programmed to understand many different computer languages, only one language can be understood by a computer without using a translation program. This language is called machine language or machine code of computer. Machine code is the fundamental language of a computer and is normally written as strings of binary 1s and 0s. The computer's circuit is wired in such a way that it immediately recognizes machine language and converts it into the electrical signals needed to operate the computer. Any machine language instruction has two parts. The first part is the command or operation and it tells the computer which function to perform and the second part of the instruction is the operand and it tells the computer where to find or store the data or other instructions which are to be manipulated. Machine language or low level language is difficult to learn, as it supports the binary number system. Binary notation is easy for the computer to understand but very difficult for the user. ✨ Also Know Some Related Articles What Is Mouse? Applications Of Computer Functioning Units Of Computer C Programming Tutorial Introduction To Statistics Basic Operation Of Computer Termux Tutorial Working Of Computer Limitations Of Computer Fundamental Of Computer Basic Introduction Of Computer A to Z Full Form Of Computer What Is Computer? Definition Of Computer Origin Of Computer Working Of Computer

Although computers can be programmed to understand many different computer languages, only one language can be understood by a computer without using a translation program. This language is called machine language or machine code of computer. Machine code is the fundamental language of a computer and is normally written as strings of binary 1s and 0s. The computer's circuit is wired in such a way that it immediately recognizes machine language and converts it into the electrical signals needed to operate the computer. Any machine language instruction has two parts. The first part is the command or operation and it tells the computer which function to perform and the second part of the instruction is the operand and it tells the computer where to find or store the data or other instructions which are to be manipulated. Machine language or low level language is difficult to learn, as it supports the binary number system. Binary notation is easy for the computer to understand but very difficult for the user. Machine Language Features Programs written in machine language are executed very quickly by the computer. The main reason for this is that the instructions given in machine language are directly understood and followed by the computer without any translator. Machine Language Limitations Machine language is determined by the design or structure of the computer's ALU (Arithmetic Logic Unit) and control unit, the word size and length of the memory unit. Once a program designed in machine language for an ALU is run on another ALU, it needs to study the machine language again and rewrite the program according to that ALU. Programming in machine language is a difficult task. To write programs in this language, the programmer has to either remember the machine's instructions as a number of pointer numbers or be in constant contact with a directory. Also the programmer should have complete knowledge about the hardware structure of the computer. For different instructions, since only two digits 0 and 1 series are used in machine language. In this case, there is a high chance of error in it. And being able to find the error when there is an error in the program is the equivalent of finding a needle in a straw. Advantages Of Machine Language Programs written in machine language can be executed much faster by the computer, as machine instructions are directly understood by the CPU and no translation of the program is required. This language is the computer's own language. Therefore, he does not need any translator to read and understand the instructions written in it. The speed of execution of programs written in this language is fast. Computers can understand machine language very easily. Machine language is very efficient for computers. Disadvantages Of Machine Language Depend On The Machine Difficult To Program Prone To Error Difficulty In Modifying Size Of Programs Different Machine Language 01. Depend On The Machine Because the internal design of every type of computer is different from that of every other type of computer and requires different electrical signals to operate, machine language also varies from computer to computer. This is determined by the actual design or construction of the ALU, the control unit and size, as well as the word length of the memory unit. 02. Difficult To Program Programming in machine language is very difficult, as the program remembers dozens of code numbers for commands. This language is difficult to understand and use. 03. Prone To Error To write programs in machine language, since a programmer has to remember opcodes and also take care of the storage space of data and instructions, it becomes very difficult for him to concentrate completely on the logic of the problem. 04. Difficulty In Modifying Machine language programs are difficult to fix or modify. Checking machine instructions for errors is as difficult as writing them down initially. Similarly, it is so difficult to modify a machine language program at a later date that many programmers would prefer to code the new logic anew rather than incorporate the necessary modifications into the old program. 05. Size Of Programs The size of the programs written in this language is large and the storage capacity of the computer should be more for them. 06. Different Machine Language The machine language of every computer depends on its internal structure. So computers with different internal structure have different machine language. ✨ Also Know Some Related Articles What Is Mouse? Applications Of Computer Functioning Units Of Computer C Programming Tutorial Introduction To Statistics Basic Operation Of Computer Termux Tutorial Working Of Computer Limitations Of Computer Fundamental Of Computer Basic Introduction Of Computer A to Z Full Form Of Computer What Is Computer? Definition Of Computer Origin Of Computer Working Of Computer

Languages that do not include any translator to convert their signals into machine signals, are called low level languages, that is, the code of the low level language does not need to be translated or translated in any way. Note:- A low-level language can also be called a computer's native language. Machine language and Assembly language are two examples of this language. But it is very difficult to use them in the program. To use it, it is necessary to have deep knowledge about the hardware of the computer. This is very time consuming and the chances of errors are high. Their editing or execution is faster than high level language. These are mainly of two types; Machine Language Assembly Language ✨ Also Know Some Related Articles What Is Mouse? Applications Of Computer Functioning Units Of Computer C Programming Tutorial Introduction To Statistics Basic Operation Of Computer Termux Tutorial Working Of Computer Limitations Of Computer Fundamental Of Computer Basic Introduction Of Computer A to Z Full Form Of Computer What Is Computer? Definition Of Computer Origin Of Computer Working Of Computer

We live in the computer age. Most of our day to day activities are getting affected by the use of computer. On the one hand, there cannot be improvement in the fields like science and technology without computers and on the other hand, it has become very necessary for all of us to have the basic knowledge of computer. And its scope is going to increase more in the coming future. Computers cannot replace human intelligence and memory, but can help it, so that human memory does not tire with its vast amount of information. Computers have come to aid mankind in their task of collecting, remembering and analyzing information. We have already seen that through the development of computers, today electronics has found an important or firm place in the technology of computer development. ✨ Also Know Some Related Articles What Is Mouse? Applications Of Computer Functioning Units Of Computer C Programming Tutorial Introduction To Statistics Basic Operation Of Computer Termux Tutorial Working Of Computer Limitations Of Computer Fundamental Of Computer Basic Introduction Of Computer A to Z Full Form Of Computer What Is Computer? Definition Of Computer Origin Of Computer Working Of Computer

When a program is written in another language, the machine language of the computer will not be able to understand it. A program written in another language must be translated into the computer's machine language before it can be executed. This kind of translation is done with help software. "A program that translates an assembly language program into a machine language program is called an assembler." Assembler translates program written in assembly language called source code into machine code program called object code. Keep in mind here that the code written in the assembly language is also called mnemonic code and the assembler comes under the category of system software, the assembler is divided into two parts on the basis of generating the code. Self Assembler Cross Assembler 01. Self Assembler An assembler that runs on a computer for which it generates object code is called a self assembler. A less powerful and cheaper computer may not have sufficient software and hardware facilities for program development and convenient assembly. 02. Cross Assembler If the assembler which runs on one computer and generates the machine code for the other computer then it is called cross assembler. How does the assembler work? After knowing what is called assembler, let us now know how it works, machine language is the language of 0's and 1's it means on or off which is very difficult to understand, friends, we are here for your information . Like ADD, MUL, DIV, SUB etc. These are also called symbolic codes, their use makes it easier to write programs. This language was used before the advent of high level language, but nowadays there is a lot of high level language available in the market, so it is used very rarely, the program written using assembler in mnemonic code is called machine language. converts to. Which is easily understood by the computer, it is the work of the assembler. It converts the mnemonic code of assembly language into machine code and completes this process of transformation in three steps. It first translates the source code into object code and then it converts the object code into object code with the help of linker program. translates into machine codes. Opcode Table - This table collects and stores mnemonic codes. Which is the first step in the process of its translation. Symbol Table - It serves to collect numerical data of the programming language used by the programmer. Location Counter - It selects the location where those translated codes are to be installed. Advantages of Assembler Advantages of Assembler, Assembler hotly includes source code, pre-compiled code, and scripts, so programs do not need to be compiled. It is run directly. For those who have knowledge of programming and who are just learning at the beginner level, it is very easy to use assembler as compared to translator. When an error or error occurs in the program, they appear one by one in front of each line, which makes it very easy to solve the error. It does the job of translating assembly language at a fast speed. Because its codes are already on low-level language. It has knowledge of programming codes in both assembly and machine language. Due to which it works well. It takes less time in its process and also it requires less storage to store its codes. Assembler reads programming codes into different parts, due to which the chances of mistakes are greatly reduced. With its use, we can give instructions to the computer in less time, but for this it is very necessary to have knowledge of assembly language. It also automatically selects the location of the assembler storage and installs it at that place. It is so safe that there is very little chance of its destruction. Drawbacks of Assembler It translates only one line at a time, due to which it takes time to translate the entire program. It works slower than other translators like compilers. Assembler is a good choice for development environments and programs. But it is not a good option for production. Types of Assembler The process that is completed by the assembler, by translating or translating the source code into object code, is divided into two parts, which perform different roles in different ways. Which work as follows- One-Pass Assembler:- It works to translate assembly code directly into machine code in one go. Two-Pass or Multi-Pass Assembler:- This program goes through various steps to translate. It splits the assembly code into opcodes and symbols before completing its translation process. After that it completes its task of converting it to machine code. What is the difference between compiler and assembler?

Since computer hardware is capable of understanding machine level instructions, it is necessary to convert the instruction before the program can be executed by the computer. We have seen that assembly language uses an assembler to perform this conversion process. In case of high level language this work is done by the compiler. Compiler is a translating program that translates high level language instructions into machine language. A compiler is so called because it compiles a set of machine language instructions for each program instruction of a higher level language. A program written by a programmer in a higher level language is called a source program. Which is converted into machine language by a compiler, which is called an object program. An interpreter or compiler is a set of one or more computer programs that convert a program written in one high-level computer language into another computer language. The term interpreter is often used to refer to programs that convert a higher level language program into a lower level language program. The computer language in which the original program is contained is called the source language and this program is called the source code. Similarly, the language in which the source code is changed is called the target language and the code thus obtained is called object code. Object code is often in a binary language, whereby the linker generates machine code that is executable on a particular machine. What Are The Main Parts Of The Compiler? Well, the compiler mainly consists of two major parts; Analysis Phase Synthesis Phase 01. Analysis Phase The first part is the analysis phase, in which an intermediate representation is created from a given source program. The main parts of this step are – Lexical Analyzer, Syntax Analyzer and Semantic Analyzer. 02. Synthesis Phase Whereas the second part is the synthesis step, in which the equivalent target program is built from the intermediate representation. The main parts of this phase are - Intermediate Code Generator, Code Generator and Code Optimizer. What Is A Decompiler? A compiler that converts machine language into a high level natural language is called a decompiler. Or computer programs that generate programs from a low-level computer language and generate a program from a high-level language, are called forwarders or decompilers. What Is A Cross-Compiler? Compilers that generate object code that are meant to run only in the system are called cross-compilers. Language Translator A compiler that converts one programming language into another programming language is called a language translator or language translator. OR A program that converts one high-level computer language into another high-level computer language is called a computer-language translator. Major Operating Parts of the Compiler The compiler does the following: In some compilers, some of these parts may be absent- Lexical Analysis Purging Semantic Analysis Code Generation Code Optimization The compiler works in several phases, but in general all compilers can be considered to be composed of three main phases. What Is The Use Of Compiler? Compilers are most commonly used to perform the seven major steps. Scanning Lexical Analysis Syntactic Analysis Semantic Analysis Intermediate Code Generator Code Optimizer Code Generated 01. Scanning This scanner reads one character at a time from the source code and keeps track of all the characters to know which character is present in which line. 02. Lexical Analysis The compiler converts the sequence of characters that appear in the source code into a series of string characters (called key tokens) that are associated with a specific rule, called a program. A symbol table is used to store the words in the lexical analysis in the source code, which corresponds to the generated token. 03. Syntactic Analysis In this step, syntax analysis is performed, which includes preprocessing, which determines whether tokens created during lexical analysis are in the proper order or not as used. The correct sequence of the set of keywords which ultimately gives the desired result is called syntax. In this the compiler has to examine this source code to ensure syntactic accuracy. 04. Semantic Analysis This stage consists of several intermediate steps. First it checks the structure of the tokens, as well as their order, whether it is according to the grammar of the given language or not. The meaning of the token structure is interpreted by the parser and analyzer to eventually generate an intermediate code called object code. These object codes contain instructions that represent the processor action for the corresponding token when encountered in the program. Finally, the entire code is parsed and interpreted to check whether any optimizations are possible. Once the optimization is done, appropriately modified tokens are inserted into the object code to generate the final object code, which is saved to a file. 05. Intermediate Code Generator This face of the compiler is also very important. It serves to give an organized look to all the above steps. It works to convert all their work into 3 address codes. So that their works can be put to work for the purposes of their creation. 06. Code Optimizer When the intermediate code generator completes its task, that is, when it generates 3 address codes. So it serves to optimize those codes. That is, it serves to display his expansionism in a subtle way. By which it can be easy to read and understand. 07. Code Generated After that it generates the code and completes it. After the completion of which the work of the compiler is completed, in simple words, this last step converts the high level language into machine language. Which helps in understanding the computer and can be easily read and understood as a low level language. What are the different stages of the compiler? Let us let you know about the different steps being used to operate the compiler here; Lexical Analysis Syntax Analysis Semantic Analysis Intermediate Code Generator Code Optimizer Code Generation Finding Mistakes Or Errors Compilers are large programs that reside permanently on the secondary storage of the computer. When a program is to be translated, they are copied to the main memory (RAM) of the computer. A computer is able to find the following type of error in a source program. Illegal Characters. Illegal Combination Of Characters. Improper Sequencing Of Instruction In A Program. Note :- A computer, though cannot diagnose logical errors, it can only diagnose system errors in programs. How Does The Compiler Work? The compiler first scans the entire program and simultaneously converts the entire program into machine language. That is, the compiler scans the entire program written by the programmer at once, converts them into machine language and if there is an error or error, then displays it in the debugging window. Which we can fix step by step and compile the program again. Compilers do not translate each statement of the program line-by-line like an interpreter. The object program or object code generated by the compiler is machine dependent i.e. computer dependent. This means that a program compiled on one machine/computer will not work on any other machine/computer. Therefore, to write programs in a particular language in every computer, it is necessary to have a compiler of that language. Programs are written in a high-level language to eliminate machine dependencies. Advantages Of The Compiler Compiler converts programs written in high-level language i.e. source program together into object program or machine level language. If an error occurs, it is displayed in the debugging window, which we can fix one by one and compile the program again. Compilers allow programmers to use high-level languages, thereby eliminating the shortcomings of machine language (binary language) and assembly language, which were much more complex than high-level languages. Disadvantages Of The Compiler The compiler compiles the source program together. So it takes a lot of time to write a program. Finding and correcting errors or errors can be very difficult and time consuming as the program gets bigger. History Of The Compiler The first compiler was developed by Grace Murray Hopper while working on the Harvard Mark I computer. Today, most high-level languages ​​will include their own compilers or have available toolkits that can be used to compile programs. Two popular compilers are Eclipse for Java and GCC commands for C and C++. Depending on how big the program is, compilation should take a few seconds or minutes. If no errors occur when compiling, an executable file is created. 1952 - Development of the autocode compile for the Mark 1 computer. 1952 - Created a compiler for the Grass Hopper A-0 programming language. 1954-1957 - Development of the FORTRAN language at IBM, considered the first high-level programming language. Compiler was also made for it in 1957. 1959 - Development of COBOL started. Its design was influenced by the A-0 and FLOW-MATIC. COBOL's compiler was also built in the early 1960s. 1958-1962 - LISP was designed at MIT. Type Of Compiler Following are the different types of compilers:- Single-Pass Compiler Two-Pass Compiler Multi-Pass Compiler i. Single-Pass Compiler The function of a single-pass compiler is to read the program. It organizes all the phases of the compiler and brings them uniformity. Single-pass compilers also serve to store the output. By which he provides his process completely. ii. Two-Pass Compiler It works to organize all the phases of the compiler by dividing it into two parts. It divides the first four phases and the last two phases into different parts. It plays an important role in the process of input and output. It helps him in the process of semantic analysis. iii. Multi-Pass Compiler It works in contrast to a single-pass compiler. It checks the above two passes in several steps and produces an output only after completing its test. If we understand it in simple words, then it works to fulfill the deficiency that is left in the above 2 passes. Why Use A Compiler? The compiler verifies the entire program, so there are no syntax or semantic errors. The executable file is optimized by the compiler, so it executes faster. Allows you to create internal structures in memory. There is no need to execute the program on the same machine it was created on. Translates the entire program into another language. Generates files on disk. Links files in an executable format. Helps you to increase your understanding of the semantics of the language. What Are The Features Of The Compiler? Accuracy Compilation Speed Preserve The True Meaning Of The Code Target Code Speed Identify Legal and Illegal Program Creations Good Error Reporting and Handling Code Debugging Help. * Frequently Asked Question⁉ 01. What is Compiler and Interpreter? Answer:- Compiler is a kind of translator which converts source language into object language. An interpreter is a type of program that works in the source language itself. 02. What do you understand by compiler? Answer:- Compiler is a type of translator program. 03. Which software is the compiler? Answer:- Compiler is such a program. Which translates programs written in a high-level language into the computer's machine language. 04. What is a compiler called? Answer:- The one who reads the complete source program written in a high-level language language in one go and translates it into an equivalent program in machine language, is called a compiler. 05. Who made the compiler first? Answer:- The term compiler was first used by Grace Murray Hopper in 1950. However, the first compiler was built between 1954 and 1957 by IBM company employee John Beckham and his team. 06. Which is the first high-level language? Answer:- COBOL was the first high-level language, which was compiled with the help of a compiler. ✨ Also Know Some Related Articles What Is Mouse? 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Assembly language has the following advantages over machine language: Assembly language is easier to understand and use because mnemonics are used instead of numerical op-codes and appropriate names are used for the data. Errors are easy to detect and fix because of the use of mnemonics and symbolic field names. Furthermore, assemblers are so designed that they automatically catch errors. Assembly language programs are easier for people to modify than machine language programs because they are easier to understand so it is easier to locate, correct and modify instructions as and when they want. One of the advantages of assembly language is that it eliminates the concern of addressing for instructions and data. Assembly language programs are easily readable, as their location is easily changed by simply changing the first instruction. ✨ Also Know Some Related Articles What Is Mouse? Applications Of Computer Functioning Units Of Computer C Programming Tutorial Introduction To Statistics Basic Operation Of Computer Termux Tutorial Working Of Computer Limitations Of Computer Fundamental Of Computer Basic Introduction Of Computer A to Z Full Form Of Computer What Is Computer? Definition Of Computer Origin Of Computer Working Of Computer

Writing a program in machine language is a very difficult, tedious and boring job for a programmer. To solve this problem and for the convenience of the programmer, easily understandable languages ​​have been developed. Assembly language is one of them. Programs can easily be written in alphanumeric symbols instead of 0s and 1s. For this purpose, meaningful and easily rememberable symbols are selected. For example, ADD for addition, SUB for subtraction, CMP for comparison, etc. Such symbols are known as mnemonics. Programs written in mnemonics are called assembly language programs. It is easier and faster to write programs in assembly language than to write programs in machine language. Assembly Language Characteristics Due to the use of mnemonic codes and appropriate names for the data, this programming language is more easily understood. This programming language takes less time. In this, mistakes can be easily discovered and removed. This programming language includes many features of machine language. Assembly Language Limitations Since each instruction in this programming language is given in symbols and symbols and is directly translated into machine language, this language also depends on the hardware. Different programs have to be written for different ALU and controlling unit. To write a program the programmer should have complete knowledge of the hardware. Example Of Program In Assembly Language Assembly Language - Second Example: Advantages Of Assembly Language Assembly language has the following advantages over machine language - It allows complex tasks to be carried out in a simple manner. It is memory efficient, as it requires less memory. It is fast in speed, as its execution time is short. It is mainly hardware oriented. It requires less instruction to get the result. It is used for important tasks. It is a low-level embedded system. It is very complex and difficult to understand. The size or memory of the computer is required to run a long program written in an assembly language. Assembly language is easier to understand and use because mnemonics are used instead of numerical op-codes and appropriate names are used for the data. Errors are easy to detect and fix because of the use of mnemonics and symbolic field names. Furthermore, assemblers are so designed that they automatically catch errors. Assembly language programs are easier for people to modify than machine language programs because they are easier to understand so it is easier to locate, correct and modify instructions as and when they want. One of the advantages of assembly language is that it eliminates the concern of addressing for instructions and data. Assembly language programs are easily readable, as their location is easily changed by simply changing the first instruction. Disadvantages Of Assembly Language The following disadvantages of machine language could not be overcome even after the use of assembly language. Assembly languages ​​are machine dependent, because each instruction in a symbolic or symbolic language is translated into exactly one machine language instruction. Since assembly language is machine dependent, the programmer must be aware and aware of the hardware and requirements of a particular machine as the program is written and required. In the case of assembly language, instructions are still written at the machine code level, i.e. substituting an assembler instruction for a machine code instruction. The syntax of assembly language is very difficult to understand. The syntax is difficult to remember. It is not necessary to keep track of memory locations. It takes a lot of time and effort to write code for this. It lacks portability of programs between different computer architectures. Assembly language is complex, it is not that easy to understand. Assembly language is not portable, assembly language is also different for different computers. The computer needs more memory to run long programs in assembly language. ✨ Also Know Some Related Articles What Is Mouse? Applications Of Computer Functioning Units Of Computer C Programming Tutorial Introduction To Statistics Basic Operation Of Computer Termux Tutorial Working Of Computer Limitations Of Computer Fundamental Of Computer Basic Introduction Of Computer A to Z Full Form Of Computer What Is Computer? Definition Of Computer Origin Of Computer Working Of Computer

Depend On The Machine Difficult To Program Error Prone Difficulty In Modifying Size Of Programs Different Machine Language 01. Depend On The Machine Because the internal design of every type of computer is different from that of every other type of computer and requires different electrical signals to operate, machine language also varies from computer to computer. This is determined by the actual design or construction of the ALU, the control unit and size, as well as the word length of the memory unit. 02. Difficult To Program Programming in machine language is very difficult, as the program remembers dozens of code numbers for commands. This language is difficult to understand and use. 03. Error Prone To write programs in machine language, since a programmer has to remember opcodes and also take care of the storage space of data and instructions, it becomes very difficult for him to concentrate completely on the logic of the problem. 04. Difficulty In Modifying Machine language programs are difficult to fix or modify. Checking machine instructions for errors is as difficult as writing them down initially. Similarly, it is so difficult to modify a machine language program at a later date that many programmers would prefer to code the new logic anew rather than incorporate the necessary modifications into the old program. 05. Size of Programs The size of the programs written in this language is large and the storage capacity of the computer should be more for them. 06. Different Machine Languages The machine language of every computer depends on its internal structure. So computers with different internal structure have different machine language. ✨ Also Know Some Related Articles What Is Mouse? Applications Of Computer Functioning Units Of Computer C Programming Tutorial Introduction To Statistics Basic Operation Of Computer Termux Tutorial Working Of Computer Limitations Of Computer Fundamental Of Computer Basic Introduction Of Computer A to Z Full Form Of Computer What Is Computer? Definition Of Computer Origin Of Computer Working Of Computer

Programs written in machine language can be executed much faster by the computer, as machine instructions are directly understood by the CPU and no translation of the program is required. This language is the computer's own language. Therefore, he does not need any translator to read and understand the instructions written in it. The speed of execution of programs written in this language is fast. Computers can understand machine language very easily. Machine language is very efficient for computers. ✨ Also Know Some Related Articles What Is Mouse? Applications Of Computer Functioning Units Of Computer C Programming Tutorial Introduction To Statistics Basic Operation Of Computer Termux Tutorial Working Of Computer Limitations Of Computer Fundamental Of Computer Basic Introduction Of Computer A to Z Full Form Of Computer What Is Computer? Definition Of Computer Origin Of Computer Working Of Computer