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Pages trouvées :
- calcul_matriciel_2012 (t…him)
- conversion_temperature_2011
- courbe_predominance_acide_2013
- ensemble_mandelbrot_2013
- game_of_life_conway-2012
- gaz_parfait_2011 (teac…ppchim)
- grille_configurations_melange_binaire_2013
- pavage_penrose_2013 (te…chim)
- ph_acides_bases_2013 (te…chim)
- ph_courbe_titrage_2011
- regression_lineaire_2013
- representation_molecules_2013
- tableau_periodique_2011
- tableau_periodique_2013
Résultats plein texte:
- presentation_principes
- c exécution directe <code> >>> (8.314*300/24E-3)/101325 1.0256600049346163 >>> </code> * Commandes :... t pour des nombres... <code> >>> R=8.314 >>> L=0.001 >>> V=24*L >>> n=1 >>> zero=273.15 >>> T=20+zero >>> P=n*R*T/V >>> atm=101325 >>> print(P,P/atm) 101555.51000000001 1.0022749568221072 >>> </code> ==== Un peu de calcul ==== O
- ph_acides_bases_2013
- ing: utf-8 -*- # travail de QD et TB, ba2 chimie 2012-2013 import Tkinter as tk from numpy import * import matplotlib.pyplot as plt def get_acide(event)... cideselect] if pkaselect < 0: x=[0.0001,0.001,0.01,0.1,1] y=-log10(x) l1=plt.semilogx(x,y,color='m',linewidth=2) lx=p
- codes_presentation
- |documentation officielle]]. <code python turtle-01.py> #!/usr/bin/python # -*- coding: UTF-8 -*- # ... ses par une fenêtre tk from tkinter import * fen01 = Tk() fen01.title("Lecture de deux masses") chaine1 = Label (fen01, text = "introduisez la première masse :") chaine
- matplotlib_simple
- ar une ligne colorée : <code python simple_series_01.py> #! /usr/bin/env python # -*- coding: utf-8 -*... d'une fonction ===== <code python simple_fonction_01.py> #! /usr/bin/env python # -*- coding: utf-8 -*... à partir de start jusque stop # passer step à 0.001 ? plot(tvals, my_func(tvals), 'bo', tvals, my_fu... e]] | {{:teaching:progappchim:rotateur_biatomique-01.png?280|}} \\ [[teaching:progappchim:matplotlib_g
- notions_fondamentales
- when NOT to use them]] Dario Radečić, Medium, 11/01/2022 ==== Structures répétitives ==== L'**inst... e # 'ABCDEFGHIJKLMNOPQRSTUVWXYZ' string.digits # '0123456789' string.punctuation # '!”#$%&\’()*+,-./:... t pangrammes === <code python string-palindrome-01.py> #!/usr/bin/env python3 # -*- coding: utf-8 -*... gramme. </code> <code python string_pangrammes-01.py> #!/usr/bin/env python3 # -*- coding: utf-8 -*
- calcul_matriciel_2012
- ef.be/swi/python.htm # travail de CD, ba2 chimie 2011-2012 from Tkinter import * from sys import * def is_number(s): try: float(s) ... s aqéquates" def opentop (): """fen01.destroy () """ dim = entr1.get() if is_nu... image = is_number(entree) fen01.mainloop() return image def affiche (
- jupyter
- nd-data-scientist-should-add-to-their-toolbox-186b01534402|Google Colab — a tool every Python Develope... nb}} * {{ :teaching:progappchim:jupyter_widgets-01.ipynb |}} * {{:teaching:progappchim:jupyter_widgets-maxwell-01.ipynb}} * {{ :teaching:progappchim:animationemb... book Tutorial: The Definitive Guide]] (datacamp, 2016) * [[https://www.datacamp.com/community/blog/j
- rotateur_biatomique @teaching:progappchim:matplotlib_gallery
- re : {{:teaching:progappchim:rotateur_biatomique-01.png}} Sortie des valeurs : <code> -------------... 95e+00 | | 12 | 25 | 156 | 5.25340178e+00 | | 13 | 27 | 182 | 4.3746... 09e+00 | | 19 | 39 | 380 | 8.72460102e-01 | | 20 | 41 | 420 | 6.14818650e-01 | | 21 | 43 | 462 | 4.2367
- fit_modele_einstein
- e_data=[ [12.9,0.00053], [16.1,0.00081], [19.8,0.00138], [24.1,0.00257], [30.1,0.00494], [33.4,0.0074], [41.3,0.0133], [47.7,0.02], [57.2,0.0365], [67,0.0595], [76.... e_data=[ [12.9,0.00053], [16.1,0.00081], [19.8,0.00138], [24.1,0.00257], [30.1,0.00494], [33.4,0.0074], [41.3,0.0133], [47.7,0.02], [57.2,0.0365], [67,0.0595], [76.
- mendeleev
- entel/mendeleev/blob/master/docs/source/notebooks/01_intro_to_mendeleev.ipynb]] (tutoriel introductif)... emple : {{ :teaching:progappchim:mendeleev_primer_01.ipynb |}} ===== Exemples de programmes simples ===== <code python IonizationEnergy-01.py> #!/usr/bin/env python3 # -*- coding: utf-8 -*... /code> <code python boiling-melting-temperatures-01.py> #!/usr/bin/env python3 # -*- coding: utf-8 -*
- numpy_simple
- enne documentation]]. </note> <code python arrays_01.py> #! /usr/bin/env python # -*- coding: utf-8 -*... lémentaires ==== * [[http://www.pybloggers.com/2017/03/how-to-do-descriptives-statistics-in-python-u... nen * [[http://ipython-books.github.io/featured-01/|Getting the Best Performance out of NumPy]] * ... rays]] * [[https://www.machinelearningplus.com/101-numpy-exercises-python/|101 NumPy Exercises for D
- analyse_images
- 'une sauvegarde : <code python FFT-structures_2D_01.py> #! /usr/bin/env python # -*- coding: utf-8 -*... tplotlib.pyplot as plt dirfile="" #filename="x10001-512.tif" filename="ech14x50001-512.jpg" im = Image.open(str(dirfile+filename)) im = im.convert('L') ... gif') </code> L'{{:teaching:progappchim:ech14x50001-512.jpg?linkonly|image de départ}} correspond à u
- math_nombres
- des décimales bien particulières : * 1/9² = 0.0123456790123456790123456790123456790123456790123457... * 1/99² = 0.0001020304050607080910111213141516171819202122232425
- pandas
- fichier : {{:teaching:progappchim:body_dimensions_01.ipynb}} * créer des régressions * autres repr... ng: utf-8 -*- """ Created on Tue Mar 5 04:13:51 2019 Statistics on Body dimensions : http://jse.amsta... )]] * [[https://github.com/justmarkham/pycon-2019-tutorial|GitHub - justmarkham/pycon-2019-tutorial: Data Science Best Practices with pandas]] * [[h
- ph_courbe_titrage_2011
- et de courbes de titrages # AD & BW, Ba2 chimie 2010-2011 from math import * from Tkinter import * import matplotlib.pyplot as plt import numpy as np ... ='white') photo = PhotoImage(file ='216_pH_Scale-01.gif') item = can1.create_image(185, 300, image =p... ) #http://en.wikipedia.org/wiki/File:216_pH_Scale-01.jpg <-- image remplaçant celle proposée par les é