eloidrai

# coding: utf-8

n = int(input("Numérateur ")) 
d = int(input("Dénominateur "))
m = max([n,d])
for x in range(m,0,-1):
    if n%x == 0 and d%x == 0 :
        print("= (%s*%s) / (%s*%s)" %(int(n/x),int(x),int(d/x),int(x)))
        print("= %s/%s" %(int(n/x),int(d/x)))
        break

eloidrai

# coding: utf-8

import random
x = 0
print("Quelle table veux-tu reviser ?")
t = int(input())
print ("C'est parti.")
for i in range(10):
  h = int(random.randint(0,9))
  vr = t*h

eloidrai

# coding: utf-8

from tkinter import*
tk = Tk()
tk.resizable(0, 0)
tk.title('Distance-Temps-Vitesse')

def distance():
    canvas.delete("all")
    def valider():

eloidrai

import turtle

iterations = int(input("Combien d'itérations ? "))
longueur = int(input("Quelle longueur veux-tu pour un trait ? "))

liste=["c"]
for i in range(iterations):
    nouvelle_liste=[]
    for pliage in range(0,len(liste)):
        if pliage%2==0:

eloidrai

# coding: utf-8

import random

Vbs_anglais = {'be': 'was/were, been', 'beat': 'beat, beaten', 'become': 'became, become', 'begin': 'began, begun', 'bet': 'bet, bet', 'bite': 'bit, bitten', 'bleed': 'bled, bled', 'blow': 'blew, blown', 'break': 'broke, broken', 'bring': 'brought, brought', 'build': 'built, built', 'burn': 'burnt, burnt', 'burst': 'burst, burst', 'buy': 'bought, bought', 'catch': 'caught, caught', 'choose': 'chose, chosen', 'come': 'came, come', 'cost': 'cost, cost', 'cut': 'cut, cut', 'do': 'did, done', 'draw': 'drew, drawn', 'drink': 'drank, drunk', 'drive': 'drove, driven', 'eat': 'ate, eaten', 'fall': 'fell, fallen', 'feed': 'fed, fed', 'feel': 'felt, felt', 'fight': 'fought, fought', 'find': 'found, found', 'fly': 'flew, flown', 'forget': 'forgot, forgotten', 'freeze': 'froze, frozen', 'get': 'got, got', 'give': 'gave, given', 'go': 'went, gone', 'grow': 'grew, grown', 'have': 'had, had', 'hear': 'heard, heard', 'hide': 'hid, hidden', 'hit': 'hit, hit', 'hold': 'held, held', 'hurt': 'hurt

eloidrai

import turtle

iterations = int(input("Combien d'itérations ? "))
longueur = int(input("Quelle longueur veux-tu pour un trait ? "))

liste = ["m","m","m"]
for i in range(iterations):
    nouvelle_liste = []
    for creation in liste:
        nouvelle_liste += [creation,"c","m","c"]

eloidrai

import math

def effectif(serie):
    return len(serie)

def mediane(serie):
    serie.sort()
    return (serie[math.floor((len(serie)-1)/2)]+serie[math.ceil((len(serie)-1)/2)])/2

def etendue(serie):

eloidrai

#coding: utf-8

import turtle

iterations = int(input("Combien d'itérations ? "))

def fib(n):
    l = [1,1]
    for f in range(n-2):
        l.append(l[-1]+l[-2])

eloidrai

import math

def crible_eratosthene(n_max):
    liste = list(range(1, n_max+1))
    for table in range(2, int(math.sqrt(n_max))+1):
        if liste[table-1]!=0:
            for n in range(2*table, n_max+1, table):
                liste[n-1]=0
    return [i for i in liste if i!=0 and i!=1]

eloidrai

from turtle import *
from time import *

class aiguille:
    def __init__(self, quelle, epaisseur, taille):
        self.tortue = Pen()
        self.taille = taille
        self.epaisseur = epaisseur
        self.valeur_temps = {'h':3, 'm':4, 's':5}[quelle]
        self.denominateur = {'h':12, 'm':60, 's':60}[quelle]