pigmonchu

def f(ht):
    b = 0
    for elt in ht:
        b = elt + b
    return b

pigmonchu

def m(k):
    return (k % 2) == 0

pigmonchu

def s(m, n):
    r = None
    if m <= n:
        r = m
    else:
        r = n
    return r

pigmonchu

def interes_anual(cantidad, interes):
    return cantidad * (1 + interes / 100)

def retorno_inversion(cantidad, interes, anyos):
    r = []
    for anyo in range(anyos):
        cantidad = interes_anual(cantidad, interes)
        r.append(round(cantidad, 2))
    
    return r

pigmonchu

def applyToEachString(stringFunction, *words):
    myList = []
    for word in words:
        # ¿Qué instrucción debe ir aquí?
    return tuple(myList)

def onlyVowels(word):
    vowels = 'aeiouáéíóúü'
    resp = ""
    for letter in word:

pigmonchu

def applyToEachString(stringFunction, *words):
    myList = []
    for word in words:
        # ¿Qué instrucción debe ir aquí?
    return tuple(myList)

pigmonchu

def what_i_do(p1, p2):
    if p2 < len(p1):
        return p1
    
    gap = (p2 - len(p1)) // 2
    
    return " " * gap + p1

pigmonchu

def second_scored(*lis):
    maximum = max(lis)
    preMax = min(lis)
    for nombre in lis:
        if (nombre < maximum and nombre > preMax):
            preMax = nombre
    return preMax

"""
   -EL COMENTARIO-

pigmonchu

def n(a):
    return (a % 2) == 0

def p(k):
    return not n(k)

pigmonchu

def g(xxs):
    k = 1
    for elm in xxs:
        k = k * elm
    return k