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All Programming Languages

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What are the differences between the human language and machine programming language?

Human language is natural and used for communication between people, while machine programming language is artificial and used to communicate instructions to computers. Human language is context-dependent and ambiguous, while programming languages are precise and unambiguous. Humans use language for various purposes, such as expressing thoughts and emotions, while programming languages are designed for specific tasks like controlling hardware and software.


Distinguish between C programming and BASIC programming?

C is a systems language for precise, concrete development. BASIC and its derivatives are teaching and prototyping languages for rapid, abstract development.


Is xml a database language?

Nope, XML is a language made to contain and transport smaller amounts of information, in a logical, human readable, platform independent way.To be precise, its not a programming language, it is a markup language.


What is assembly language and how is it used in computer programming?

Assembly language is a low-level programming language that uses mnemonic codes to represent machine instructions. It is used in computer programming to directly communicate with the computer's hardware and control its operations. Programmers write code in assembly language to perform tasks that require precise control over the hardware, such as device drivers and operating systems.


What is assembly language used for in computer programming?

Assembly language is used in computer programming to write low-level instructions that directly correspond to the machine code of a computer's processor, allowing for precise control over hardware and efficient execution of tasks.


What are the key features and benefits of programming in assembly level language?

Programming in assembly level language offers direct control over hardware components, efficient memory usage, and high performance. It allows for precise optimization and customization of code, making it ideal for embedded systems and low-level programming tasks. Additionally, programming in assembly can lead to a deeper understanding of computer architecture and improve problem-solving skills.


What are the advantages of the second generation language?

Well, isn't that just a happy little question! Second generation languages, like assembly language, can be more efficient and closer to the computer's own language, making them faster to execute. They also offer more control over hardware resources, allowing for more precise programming. Remember, there are many ways to express your creativity in the world of programming!


What type of schooling is necessary to develop computer knowledge?

To develop computer knowledge you will need schooling in the art of coding. Writing programs requires knowledge of the language to be used, but more than that it requires a precise and logical mind.


Who invented programming?

Charles Babbage is commonly credited with the invention of the programmable computer, while Ada Lovelace is commonly credited as the inventor of the first computer programming language (called "Ada" after the inventor). Depending on the precise meaning of your question, either one of these two people are likely whom you are looking for.


What is the significance of ASM programming in the field of computer science?

ASM programming, or assembly language programming, is significant in computer science because it allows programmers to directly interact with a computer's hardware at a low level. This level of control enables optimization for performance and efficiency, making it essential for tasks that require precise control over hardware resources, such as device drivers, operating systems, and embedded systems.


Emily Dickinson's poetry is noted for its?

precise language


What is a formal language?

A formal language is a precise and well-defined system of symbols and rules used to represent and manipulate information. It is typically used in areas such as mathematics, computer science, and linguistics. Examples of formal languages include programming languages, mathematical notation, and formal grammars.