Viewing a response to: @kimp0gi/solving-one-side-of-right-angled-triangle-using-pythagorean-theorem-in-python
Your contribution cannot be approved because it is not as informative as other contributions. See the [Utopian Rules](https://utopian.io/rules). Contributions need to be informative and descriptive in order to help readers and developers understand them. Explanation: - the [GitHub repo](https://github.com/khushalimehta/Pythagoras_theorem/blob/master/Pythagoram%20Theorem.py) you linked to, is 9 months old, probably is written by somebody else, and does the exact same thing as you are trying to teach. (Only your code is less elegant). I won't call it "plagiarism" but it's not original either! - your tutorial doesn't provide the full Python3 script, - if you want to contribute more Python3 tutorials - you're welcome!- but at least then try to explain in a step-by-step fashion how the Python 3 language works, or explain how to implement / use a certain module (included in the standard lib, or external), but **do not** publish tutorials for very trivial examples: now you picked the Pythagorean Theorem (c^2 = a^2 + b^2), and I don't think any serious Python developer is interested in a tutorial to solve that Theorem, - but any beginner Pythonista **is interested** in good tutorials explaining **language and/or module concepts**. Good luck on your next Python3 tutorial! You can contact us on [Discord](https://discord.gg/uTyJkNm). **[[utopian-moderator]](https://utopian.io/moderators)**
author | scipio |
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thank you sir
author | kimp0gi |
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permlink | re-scipio-re-kimp0gi-solving-one-side-of-right-angled-triangle-using-pythagorean-theorem-in-python-20180116t134939228z |
category | utopian-io |
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Hey @scipio, I just gave you a tip for your hard work on moderation. Upvote this comment to support the utopian moderators and increase your future rewards!
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