What Is Third Generation (Programming) Language (3GL)?

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Hi there, fellow nerd! The acronym "3GL" stands for "Third Generation Language," which is a term commonly used in the programming industry. Can you explain its meaning? Get in here, and we'll find out! You may be curious about the languages used in the first and second generations of computer programming. First-generation computers, written in machine code, were relatively easy to decipher. Assembly language was used by the second generation, making the code somewhat more readable but still quite primitive. However, the third generation of languages is intended to be much friendlier to newcomers. They're easier to learn and use because of their greater similarity to human speech. #Simple #User-Friendly Third-generation languages include C++, Java, Python, and Ruby. These languages are at a high level, making them far more straightforward to scribe than older, lower-level languages. You won't have to start from scratch with them, as they already include useful libraries and functions. A fancy set of tools is at your disposal! Advantages: #Pre-Configured #FancyTools An advantage of a third-generation language is the increased speed with which code can be written. This one's syntax and structure are more intuitive than other programming languages, saving you time and effort. Instead, you can zero in on the meat of the code and speed through tasks with ease. That's like giving your programming abilities a turbocharge! To Increase Efficiency While Coding Languages of the third generation have the added benefit of being much more portable than earlier languages. This facilitates the transfer of code from one system to another with minimal effort. This was a huge step forward compared to earlier languages, which were often proprietary to a single piece of hardware. It's the equivalent of a magic passport that will get you into any country in the world! Code has a portable passport. You may be wondering if there are any drawbacks to third-generation languages. One major drawback is that they are often less efficient than simpler languages. Due to the overhead involved in translating the code into machine code, performance may suffer. However, this is a minor issue for most uses. It's similar to driving a slightly slower car that's much simpler to maneuver and park. #SlowerButEasier

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