CoCalc Public Files
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PathDescriptionLast Edited
ReleaseLearning Materials released by the MathTrek Team
4
2021-04-20-223116
Extra DQ 1.ipynbExample showing two interpretations of Mx = b.
Projects/S21/bis_Proj7/Project 7.ipynb
Dave and Henry Final project 213.ipynb
basic_inferences_in_r.sagews
295_03-04_Complex_Eigenvales_Notes_Example_01.sagews
295_03-03_Phase_Plane_02.sagewsMr Scott's phase plane for Sec. 3.3
2/CST Test 2 Code.ipynb
2020-02-03 MoMath Stat.sagewsstatistics exploration for Momath mini course 2020
phase-portraits.ipynbJupyter notebook phase-portraits.ipynb
cloud-examples/sage/2018-02-08-195444_Método_de_Euler.sagewsMétodo de Euler
Midterms/Exam 1 S21/2021-03-24-080230.ipynb
projects/HIV Model.ipynb
projects/Double Pendulum-1.ipynb
webpage/index.html
2021-02-17-han zhang .ipynb
2/Random Testing.ipynb
2/3/05/21.ipynb
小橋連絡用.ipynbtest
정명원3.sagews
examples/think-dsp/code
MathMethodsInIB
2/1234 pin code.ipynb
2017-05-16-150339.ipynb
Projects/S21/mort_Proj4/2021-03-11-project 4 Han Zhang .ipynb
2018-11-29-104034.ipynb
cartopy.ipynb
playmath/stage12-Goldbach Conjecture/stage12-try to prove Goldbach Conjecture.ipynb2019-09-02, Cody Luo ([email protected]), a programmer who graduated from the University of Science and Technology of China, the webmaster of 2293.ml, gave a proof of Goldbach's Conjecture at github.com/a-boy/playmath (Sagemath Jupyter document), using the method of "distributing distinct prime factors", found and proved two concise inequalities.
Lab 7/Lab7-turnin.ipynb
xandbox/Test-CoCalc/first.tex
lotka-volterra.ipynbJupyter notebook lotka-volterra.ipynb
18.783 Lecture 9 Schoof's algorithm.ipynbImplementation of Schoof's algorithm as described in Lecture 9
Kerr-AdS-5D-string-a_eq_b.ipynb5D Kerr-AdS spacetime with a Nambu-Goto string (case a=b)
Kerr-AdS-5D-string-b_zero.ipynb5D Kerr-AdS spacetime with a Nambu-Goto string (case b=0)
Skills 2020
18.783 Problem Set 5 Problem 5.ipynb
18.783 Lecture 11 Index calculus.ipynb
1/6
pierre.ipynbJupyter notebook pierre.ipynb
3.1.Analise Qualitativa de EDOs-Conceitos Basicos.sagews
Workshop-18-WP
18.783 Lecture 11 Pollard p-1.ipynb
18.783 Lecture 11 Montgomery ECM.ipynb
CY disscussion 3/8.ipynb
2/3/17.ipynb
FinalProjects
Uvod.sagewsM2142 - zápisník pro první přednášku
Ciselne_obory.sagewsČíselné obory -- ukázkový zápisník pro M2142
Promenne.sagewsProměnné a jejich vyhodnocování v programu Sage
Predicting Future Batting Average .ipynb
Lab 8/Lab8-turnin.ipynb
March3rd.ipynb
python3.Rmd
Final/Final.ipynb
Week 8/hw8turnin.ipynbHw8turnin
Handouts/s05-inclass.sagews
Lab 9/Lab9-turnin.ipynb
Lab 8/Lab8-turnin.ipynb
Lab 2/Lab2-turnin.ipynb
f1mengFinal
2021-03-11-081708.ipynb
2021-03-13-173520.ipynb
assignment answers/Assignment 3/Assignment3.ipynb
assignment answers/Assignment 2/Assignment 2.ipynb
assignment answers/Assignment 1/Assignment 1.ipynb
Lab 8/Lab8-turnin.ipynb
Crypto_Spring_21/Slides/notes.zip
Calculus II/surface area of solid 210309-final.sagewsAn exploration of why the surface area of a solid of revolution IS NOT the integral of cross-sectional circumference.
Han algorithm Test.ipynbJupyter notebook Han algorithm Test.ipynb
haskell.ipynb
dataMA477 Data for class
Modelling Machines and Vehicles/[MMV Project] Trolley with attached pendulum/dynamic_model-Arthur_Bandalier.ipynb
18.783 Lecture 6 Division polynomials.ipynbCode to symbolically compute division polynomials, both directly from the group law, and via recurrences.
18.783 Lecture 2 Proof of associativity.ipynb18.783 Lecture 2: Algebraic proof of the associativity of the elliptic curve group law on curves defined by a short Weierstrass equation.
spring2021/G3.ipynbHow to use the galgebra (Geometric Algebra) package at CoCalc.
18.783 Lecture 3 Root finding in finite fields.ipynb18.783 Lecture 3: Demonstration of Rabin's root-finding algorithm and the Cantor-Zassenhaus algorithm for factoring polynomials in finite fields.
PublicCoCalc API tutorial
SumAlg.ipynb
gradesexample.ipynbquick grades clustering example
Week 6/hw6-turnin.ipynb
BasicHistograms.ipynb
Discussion Due Feb 24.ipynbDiscussion Due Feb 24
Discussion Due Feb 17
Lab 7/Lab7-turnin.ipynb
Finding X intecepts.ipynb
Discussion Feb 17/X_int.ipynbDiscussion Feb 17
sun.sagewsDraw the iterated powers of exp(8πi/13) to make a stylized sun.
units2021/groups/sessions/group-actions.ipynbRotate the platonic solids, drawn slightly transparent with prominent edges and vertices to aid visualization.
2021-01-17-124214.sagewsAlgebra to solve logic puzzles Convert boolean polynomials to probability
project
MA477 Project 1/Project 01_DataWrangling/Project1_DataWrangling.ipynb
Yud Aleph class/sirs.ipynb
Public/PYTHON/04-set-query.ipynbexamples of API set query
Public/PYTHON/02-get-my-account-id.ipynbuse API to get account_id
Public/PYTHON/01-utils.ipynbutility functions for API examples
3DPlottingwithMatplotlib.ipynb
Public/DatabaseQueries.mdUsing the query API call
Homework/Lab 6.ipynb