3 answers
Daniel
Student
California, Maryland
1
Question
3 answers
Julian Tibble
Software Engineer
3
Answers
Oxford, England, United Kingdom
Updated
Julian’s Answer
Coding is writing down instructions to make a computer do something fun or useful.
Computers don't understand the languages that people use to talk to each other (English, French, Spanish, ...), so when coding you have to use a language that the computer does understand—a programming language.
Some examples of programming languages are Python, JavaScript, and Go.
When coding, you have to be very precise, because computers do exactly what you wrote, even if it's not what you meant.
Try looking up Python tutorials for beginners on YouTube, and follow along to see if you enjoy programming.
Computers don't understand the languages that people use to talk to each other (English, French, Spanish, ...), so when coding you have to use a language that the computer does understand—a programming language.
Some examples of programming languages are Python, JavaScript, and Go.
When coding, you have to be very precise, because computers do exactly what you wrote, even if it's not what you meant.
Julian recommends the following next steps:
Sahil Siddharth Jambhulkar
Software Developer
9
Answers
Tempe, Arizona
Updated
Sahil Siddharth’s Answer
Coding is the process of using programming languages to write instructions that computer can understand and execute.
Patrick Meyer
Executive - Data Analytics and AI
763
Answers
Naperville, Illinois
Updated
Patrick’s Answer
Daniel, it's important for you to understand that coding, within the realm of computer science, is the act of crafting directives for a computer to follow. This set of directives, referred to as code, is composed using programming languages like Python, Java, C++, among others. Coding is the bedrock of software development, crucial for the creation of applications, websites, games, operating systems, and virtually all software that fuels our digital existence.
In essence, coding is the translation of instructions understandable by humans into a format that a computer can comprehend and carry out. This process usually starts with identifying the problem or task that the software is meant to resolve, then designing a logical solution and dividing it into smaller, more manageable tasks. Each of these tasks is then converted into code, adhering to the syntax and regulations of the selected programming language.
Coding demands logical reasoning, problem-solving abilities, meticulousness, and creativity. Programmers are required to dissect problems, recognize patterns, and craft efficient algorithms for their resolution. They also need to foresee potential mistakes or glitches in their code and devise strategies to effectively manage them. Moreover, coding often requires teaming up with other developers, designers, and stakeholders to produce software that fulfills the needs and goals of its intended users.
One of the most fascinating aspects of coding is its adaptability and relevance across various fields and industries. Whether it's building mobile apps, designing algorithms for financial analysis, creating models for scientific research, or automating business operations, coding allows individuals to harness technology to innovate and tackle complex problems. Furthermore, coding skills are highly prized in the current job market, with opportunities in software development, data science, cybersecurity, artificial intelligence, and other in-demand sectors.
Daniel, it's essential to note that coding isn't restricted to professionals or computer science experts; it's a skill that anyone can acquire and excel at with commitment and practice. There's a wealth of resources available both online and offline, such as tutorials, coding bootcamps, and community forums, to assist beginners in starting and enhancing their coding abilities. Additionally, coding nurtures creativity and promotes lifelong learning, as technology progresses and new programming languages and tools emerge, offering infinite possibilities for innovation and growth.
In conclusion, Daniel, always bear in mind that coding is the act of crafting directives for computers using programming languages to generate software and applications. It necessitates logical reasoning, problem-solving abilities, and meticulousness, and it has extensive applications across industries. Learning to code paves the way for a multitude of career opportunities and empowers individuals to contribute to technological innovation and societal advancement.
In essence, coding is the translation of instructions understandable by humans into a format that a computer can comprehend and carry out. This process usually starts with identifying the problem or task that the software is meant to resolve, then designing a logical solution and dividing it into smaller, more manageable tasks. Each of these tasks is then converted into code, adhering to the syntax and regulations of the selected programming language.
Coding demands logical reasoning, problem-solving abilities, meticulousness, and creativity. Programmers are required to dissect problems, recognize patterns, and craft efficient algorithms for their resolution. They also need to foresee potential mistakes or glitches in their code and devise strategies to effectively manage them. Moreover, coding often requires teaming up with other developers, designers, and stakeholders to produce software that fulfills the needs and goals of its intended users.
One of the most fascinating aspects of coding is its adaptability and relevance across various fields and industries. Whether it's building mobile apps, designing algorithms for financial analysis, creating models for scientific research, or automating business operations, coding allows individuals to harness technology to innovate and tackle complex problems. Furthermore, coding skills are highly prized in the current job market, with opportunities in software development, data science, cybersecurity, artificial intelligence, and other in-demand sectors.
Daniel, it's essential to note that coding isn't restricted to professionals or computer science experts; it's a skill that anyone can acquire and excel at with commitment and practice. There's a wealth of resources available both online and offline, such as tutorials, coding bootcamps, and community forums, to assist beginners in starting and enhancing their coding abilities. Additionally, coding nurtures creativity and promotes lifelong learning, as technology progresses and new programming languages and tools emerge, offering infinite possibilities for innovation and growth.
In conclusion, Daniel, always bear in mind that coding is the act of crafting directives for computers using programming languages to generate software and applications. It necessitates logical reasoning, problem-solving abilities, and meticulousness, and it has extensive applications across industries. Learning to code paves the way for a multitude of career opportunities and empowers individuals to contribute to technological innovation and societal advancement.