to share:

• Mostly (at the time being) multivariable calculus: (to name a few: differential equations,partial differential equations, orders of them, ... )
• By using a tool like SageMath(trough Jupyter-notebook) or Xcas

1

Equation(LaTex):

$f(x,y)=x^{2}y$

$\dfrac{∂f}{∂x} = 2xy$

$\dfrac{∂f}{∂y} = x^{2}$

Screenshots

figure 1 - Xcas

figure 2 - SageMath(Jupyter Notebook)

• Derivatives & Integrals
• Single-Variable
• Multi-Variable

• Xcas

• Jupyter-Notebook

  • SageMath
  • EinsteinPy
  • SciPy
  • SymPy
  • NumPy
  • MatPlotlib

• Appendices, Indexes, tables, (..) to make easy-to-navigate-lists
• Will add more here later.

As I am slow (no not your usual sense of "being slow" but really slow.) this will likely take some time to complete(even if the goal isn't to complete this repo)

• provide more into this repo (mainly Calculus, like Limits, Dif.Eqs, ...) Will add more here later.

• 18.02SC MIT - Multivariable Calculus

• George Simmons - Calculus With Analytic Geometry, 1996, 2nd Edition
• George Simmons - Pre-calculus mathematics in a nutshell: geometry,algebra,trigonometry
• General Relativity, Black Holes, and Cosmology Andrew J. S. Hamilton 4 December 2021

• dbetebenner's SimpleDropdown.md - on gist.github.com
• A Link on Calculus - SageMath
• Another link on Calculus (Differential-Equations) - SageMath