chinbrow

def present_part(a):
    b = a[:-1]
    if a.endswith("ee") or a=="be":
        a = a + "ing"
        return a
    elif a.endswith("ie"):
        a = a[:-2]
        a = a + "ying"
        return a
    elif a.endswith('e'):

chinbrow

def present_part(a):
    b = a[:-1]
    if a.endswith("ee") or a=="be":
        a = a + "ing"
        return a
    elif a.endswith("ie"):
        a = a[:-2]
        a = a + "ying"
        return a
    elif a.endswith('e'):

chinbrow

def third_person(a):
    if a.endswith("y"):
        a = a[:-1]
        a = a + "ies"
        return a
    elif a.endswith('o')or a.endswith('s') or a.endswith('x') or a.endswith('z'):
        a = a + "es"
        return a
    elif a.endswith("sh") or a.endswith('ch'):
        a = a + "es"

chinbrow

def summ(a,b):
    return a+b
def subs(a,b):
    return a-b
def mult(a,b):
    return a*b
def div(a,b):
    return a//b
def intege(a,b):
    return a%b

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def sum_of(a,b):
    if a > b:
        a,b = b,a
    add = a
    while add != b:
        add += 1
        a += add
    return a

a = int(input("Give me the lower bound of the list of summation: "))

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from random import randint
def random(guess):
    correct = randint(0,100)
    while guess != correct:
        if guess > correct:
            guess = int(input("Too high, guess again!: "))
        elif guess < correct:
            guess = int(input("Too low, guess again!: "))
        else:
            return print("What was that!!!???")

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def facto(n):
    mul = 0
    mul2 = 1
    yon = "y"

    if n == 0:
        print(1)
    else:
        while mul != n:
                mul += 1

chinbrow

import statistics
def ten_nums(x):
    nums = many = 0
    stan = statistics.stdev(x)
    for i in x:
        nums += i
        many += 1
    many = nums/many

    return (nums, many, stan)

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def file_char(x):
    chars = words = lines = 0
    with open(x, 'r') as in_file:
        for line in in_file:
            line = line.strip()
            lines += 1
            words += len(line.split(" "))
            chars += len(line)
    return (chars, words, lines)

chinbrow

def babylon(x):
    div = x/3
    times = 0
    while times < 3:
        times += 1
        y = x / div
        div = (div + y) / 2

    return div