Introduction to SymPy – Symbolic math with Python
In this article, we’ll see an introduction to SymPy, one of the most powerful math packages for the Python language
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Python
Is Python slow? How to Make Your Code 1000+ Times Faster!
Python is praised for its readability and simplicity, making it a favorite in various fields. Yet, its performance draws criticism, particularly without built-in functions or external libraries. We’ll compare pure Python code and other approaches efficiency, delving into what truly impacts performance and optimizing Python’s advantages.
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Balancing chemical equations with Python – ChemPy package
In the evolving world of scientific computing, Python has emerged as a language of choice for researchers and analysts. One of the shining examples of Python’s application in the realm of chemistry is the ‘ChemPy’ package. This versatile library offers a wide array of functionalities catering to various aspects of chemistry, making it an invaluable tool for chemists, educators, and students alike. In this article, we will explore the balancing of chemical equations using the ChemPy package.
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Exploring the Molmass Python Package: A Awesome Tool for Chemists and Data Analysts
molmass is a Python package designed for chemists and researchers. It provides tools for calculating the molar mass, mass distribution, and isotopic patterns of chemical substances. This package is particularly useful for those involved in analytical chemistry, molecular modeling, and educational purposes.
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Isotherms of ideal gases with Python and SymPy
In this post we will see how we can use SymPy and Matplotlib, both Python packages, to visualize ideal gas isotherms. Brief review of the ideal gas law Usually the first state of aggregation studied in chemistry classes is the gaseous state. The gaseous state allows a comparatively simple quantitative description. The state of a
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