Computer is an important subject for all banking exams and various other competitive exams. It is an essential tool that you need to understand both at the basic level and advanced concepts. This article provides detailed information on the full form, definitions, types and abbreviations of computer. By studying this article, you will gain clarity on all aspects of computer related topics, which will help you to answer computer related questions accurately and confidently in the exam.
computer full form
In today’s technology-driven world it is important to understand the “full form of computer”. It simply means the extended version of the word “computer”. A computer is an electronic device that can perform complex calculations and logical operations quickly. Learning computer related words and abbreviations helps in better understanding and communication in the digital world. This article explains the full form of “Computer”, its importance, how computers have evolved over time, and the wide range of career opportunities in the field of information technology.
What is the full form of computer?
The word “computer” holds vital importance in our daily life, but many people may not know its full form. “Computer” means General operating machine intentionally used for technical and educational research. It originates from the Latin word “computer”, meaning “to calculate”, which aligns with the primary purpose of early computers – to perform mathematical calculations. Over time, computers have evolved into powerful machines used in a variety of fields, far beyond their initial role in arithmetic operations.
Full form of Computer: Common Computer Abbreviations
Computers are an integral part of our lives, and it is essential to understand the jargon that comes with them. Below is a list of common computer abbreviations you may encounter:
| abbreviations | full form |
| ACPI |
Advanced configuration and power interface |
| agp |
Accelerated Graphics Port |
| APM |
advanced power management |
| APIPA |
Automatic Private Internet Protocol Addressing |
| scurvy | |
| CD | compact disc |
| CPU | |
| CRT | |
| December |
Digital Equipment Corporation |
| DDS | |
| DVD | |
| gis |
Geographic Information Systems |
| http |
Hypertext Transfer Protocol |
| HTTPS |
Hypertext Transfer Protocol Secure |
| i p | Internet Protocol |
| PNG |
Portable Network Graphics |
| to hit | |
| ROM | |
| SAP |
System Applications and Products |
| SATA |
Serial Advanced Technology Attachment |
| SMPS |
Switched-Mode Power Supply |
| tcp |
Transmission Control Protocol |
| Above |
uninterruptible power supply |
| url | |
| USB | |
| virus |
Important information resources under siege |
types of computers
Computers come in different types, each designed to meet specific needs and requirements. Here are the most common types of computers:
| Computer Full Form: Types of Computer | |
|---|---|
| Type | Description |
| mainframe computer | Large computers are commonly used by organizations to process large amounts of data and support many users simultaneously. |
| personal computer | Small, relatively inexpensive computers designed for personal use. They come in different forms like desktop, laptop and tablet. |
| mobile devices | Portable computers designed for mobile use, such as smartphones and smartwatches. |
mainframe computer: Mainframe computers are commonly found in large organizations, government agencies, and research institutions where extensive data processing is required. They are capable of processing large amounts of data and supporting multiple users at the same time.
Personal Computer: Personal computers are the most common type of computers and are used for personal and business purposes. They come in different sizes, with desktops being the most powerful, followed by laptops and tablets.
Mobile Devices: Mobile devices are becoming increasingly popular due to their portability and convenience. They are designed for use on the go and are equipped with features like touchscreen, camera, and built-in Internet connectivity.
Understanding the different types of computers is important in selecting the most appropriate device to meet your needs.
computer components
A computer system consists of various components that work together to enable its functionality. These components are divided into two main categories: hardware and software.
hardware
Computer hardware refers to the physical components that can be seen and touched. The primary components of a computer’s hardware include:
| hardware primary components | |
|---|---|
| Component | Description |
| CPU | The Central Processing Unit (CPU) is the brain of the computer and is responsible for executing instructions. |
| Memory | Memory, also known as RAM (Random Access Memory), is where a computer temporarily stores the data it is currently using. |
| storage devices | Storage devices such as hard drives, solid-state drives (SSD), and flash drives are used to permanently store files and data. |
| input devices | Input devices such as keyboards, mice, scanners and cameras are used to input data into the computer. |
| output device | Output devices such as monitors, printers, and speakers are used to display or output data from a computer. |
| peripherals | Peripherals are devices that are attached to a computer to provide additional functionality, such as external hard drives, graphics tablets, and webcams. |
software
Software refers to the instructions that tell the computer what to do. It is an intangible part of the computer which cannot be touched. The main types of software are:
- Operating System: Operating system is the software that manages all the hardware and software resources of a computer and provides services for computer programs.
- Application Software: Application software is any software that is designed to perform specific tasks such as word processing, spreadsheet and graphics editing.
- Utility software: Utility software designed to help maintain and optimize computer performance such as antivirus software, disk cleanup tools, and system backup utilities.
Understanding the components of a computer system and their functions can help individuals troubleshoot technical problems and take full advantage of its capabilities.
computer full form and it career
Understanding the complete form of computer along with its applications and functions is integral to pursuing a career in Information Technology (IT). Individuals wishing to enter the IT industry must have a solid base of knowledge related to computer technology, including hardware, software, and networking.
As the role of computers in the workplace continues to expand, many industries rely heavily on IT professionals to design, develop, and maintain computer systems. The increasing dependence on technology has resulted in an increase in computer-related job opportunities in various fields.
| Computer Full Form: IT Career | ||
|---|---|---|
| job title | job description | Required Skills and Abilities |
| software developer | Design, develop, and maintain software applications. | Strong programming skills, knowledge of programming languages, degree in computer science or related field. |
| network administrator | Establish, maintain and manage computer networks. | Strong knowledge of networking protocols and hardware, experience with network management software, degree in computer science or related field. |
| database administrator | Design, develop and maintain databases. | Strong knowledge of database management software, experience with database design and implementation, degree in computer science or related field. |
As the IT industry continues to grow, it is important for individuals pursuing a career in this field to stay updated with the latest developments in computer technology. Understanding the full form of computer and its importance is an essential component to achieve success in IT industry.
Full form of computer and computer science education
To understand the importance of computer full form, it is important to find out its role in computer science education. Computer science programs typically cover a wide range of computing-related topics, including programming languages, algorithms, data structures, databases, computer networks, and operating systems. Understanding “computer full form” can provide a foundation for understanding these concepts in more depth.
Computer science courses often begin with introductory courses in programming, which teach students to write code using languages such as Python, Java, and C++. As students progress through the program, they can take advanced courses in subjects such as computer graphics, artificial intelligence, and cybersecurity. In all of these classes, knowledge of the full form of computers can help students better understand the underlying principles and applications of computing.
Additionally, it is essential for students pursuing careers in computer science or related fields to understand the ins and outs of computers. Many job roles in the technology industry require a strong foundation in computer science and IT concepts. Without a proper understanding of the full spectrum of computers, students may have difficulty understanding the fundamental concepts needed for success in these roles.
| Full form of computer: Computer Science Education | |
|---|---|
| General Computer Science Course | Description |
| Data Structures and Algorithms | This course covers the design and implementation of common data structures and algorithms, including arrays, linked lists, trees, and graphs. |
| computer network | This course covers the fundamentals of computer networking, including how data is transmitted over networks, network topology, and network protocols. |
| programming language | This course covers the major programming languages used in the industry, including their syntax, features, and best practices for writing code. |
Overall, understanding computers as a whole is an important component of a computer science education. From introductory programming courses to advanced topics in cybersecurity and artificial intelligence, the full form of “computer” plays a vital role in helping students develop a deeper understanding of the concepts they are studying.
