The most common question that we get asked at Coding Town is what programming language to learn first. The answer is Python, but how do you know if Python is right for you? Before jumping into learning a new programming language, it’s important to understand why you want to learn it in the first place.
There are a ton of different programming languages that all serve very different purposes. Python can be used for web development, software development, mathematics, and system scripting. It’s also one of the easiest languages to learn and the most popular introductory language at Top U.S. Universities according to this study. Aspiring programmers who want to learn coding should start with Python because:
– It’s easy to learn and use
– The syntax is readable and clean
– It generally has no major syntactical differences between versions
– It can handle many different types of tasks effectively (web development, software development, etc.)
– It can be used for mobile app development (through Kivy)
– There are tons of useful modules and libraries in the python ecosystem
If you’re still not convinced that Python is right for you check out our other blog post on why we think Python is the best introductory language or email us at
Python is an interpreted, dynamically-typed, object-oriented language. It’s the new hotness in the programming world, probably because it’s highly readable and easy to learn.
Python has a strong following among people who enjoy writing their own tools, so it’s a popular choice for implementers of Domain Specific Languages (DSLs). While its use in other domains is growing, I think Python will always have a specialized role in the programmer’s toolbox. While some people would like to see Python become as common as C++ or Java in every application domain, I don’t think that will happen.
What makes Python different from other programming languages? What advantages does it offer? And more importantly, what problems does it solve? My goal here is to convince you that Python is worth learning and deserves a place in your toolbox of programming languages.
There are many excellent programming languages available today. When choosing a language, it’s important to understand how they differ. If you’re considering learning Python, here are some realistic expectations of what you should and shouldn’t expect.
What is Python?
Python is an interpreted language. This means that the code you write doesn’t get converted directly into instructions for your computer to execute. Instead, there’s a program called an interpreter that reads your code and executes it for you. The upside to this arrangement is that programs written in interpreted languages can be run on any computer with the interpreter installed on it—no compilation needed! The downside is that interpreted programs tend to run more slowly than compiled ones because they have to go through the additional step of interpretation before they can be executed.
Python is a general-purpose language. This means that it wasn’t designed specifically for a particular task or set of tasks; rather, it was designed to be flexible enough to be used for many different purposes. As such, there are some situations where other languages might be better suited than Python. For example, if you want to write a game with fast graphics, Python probably isn’t the best choice—languages like C++
Python is a general-purpose programming language created in the late 1980s, and named after Monty Python, that’s used by thousands of people to do things from testing microchips at Intel, to powering Instagram, to building video games with the PyGame library. It’s small, very closely resembles the English language, and has hundreds of existing third-party libraries.
Python is considered an easy language to learn for beginners because it reads like English (thankfully) and doesn’t use curly brackets or semicolons. However, it’s also considered a great language for new programmers because it can be used for almost anything and is particularly good at following “programming best practices.”
If you want to get into web development using Python, I recommend checking out Django. Django is a web framework that makes it much easier to build complex websites with Python. If you want to make desktop applications with Python, PySide is what you need – although I’d personally recommend something like C
Python is a beautiful language. It’s easy to learn and fun, and its syntax (the rules) is clear and concise. Python is used for websites such as Google, YouTube, Spotify, and Quora. Learning Python will teach you how to think like a software engineer so that you can solve problems in many different domains.
Python is a general-purpose programming language that focuses on readability. It’s an interpreted language, which means it is not compiled into machine code before running the program. Python follows an object-oriented programming paradigm with procedural aspects. It’s a high-level language which means it’s far removed from the computer hardware.
Python is powerful and fast, plays well with others, runs everywhere, is friendly & easy to learn and open source that means anyone can contribute to its development. Because of these benefits, Python has become the programming language of choice for data scientists for data analysis, visualization, and machine learning. If you’re interested in pursuing a career in any of these fields or just generally interested in learning to program or improve your programming skills then this course was designed for you!
The best-known feature of Python is its clean and minimalistic syntax. One of the reasons for this is that Python was designed to be a teaching language. Python is also a very powerful language, and it comes with batteries included. In other words, you can use Python without knowing much about programming at all. It’s perfect for students, teachers and hobbyists.
Python is a scripting language: You write your code in a text file (the script) and then run it to see the results. The main reason why this works so well is that you can easily test small parts of your code quickly before moving on to more complex parts.
Python was designed as an interpreted language, which means that your source code can be interpreted directly by the runtime system without being compiled first. This makes development much faster — you simply run your script again and again until you are satisfied with the results.
Every once in a while I come across someone who thinks that Python is too slow. They have a particular application in mind and they have heard that you can get more performance by using a language like C++, or even Java. They think that Python is just too slow.
But is it true? Is Python too slow?
I’ve been developing software professionally for over 30 years now. And I’ve worked with many different languages over the years: assembly language, C, C++, FORTRAN, Perl, Java, JavaScript, Ruby, Lua and others. In my experience there are two ways to approach the speed question:
You can go for maximum performance and worry about everything else later. This is what you do when you write code in assembly language or C. You squeeze every last bit of performance out of your code because you know it’s important for your work to run as fast as possible. This approach has several big problems though: To get the most out of your optimizations you need to be an expert at writing low-level code. If you make even a small mistake you might introduce a bug or a security vulnerability into your program. Writing fast low-level code is incredibly tedious and takes a long time to do right. It’s easy to introduce