names = ['Bob', 'Ho', 'Zahara', 'Amithaba', 'Dov', 'Maria']

##def new_list(names):
##    a = names[2:5]
##    return a

##def bob(names):
##    bob_list = names[0:1]
##    return bob_list

##def last_three(names):
##    last_three_list = names[3:6]
##    return last_three_list

### Remove each occurence of letter 'v' from some arbitrary list L

##def remove_v(L, v):
####    L = []
####    v = ''
####    i = 0
####    while v in L:
####        return L.pop(i)
####        i = i + 1
####    else:
####        return 'String v is not in list L. Please try some other string'
##    if v in L:
##        L.remove(v)
##        return L
##    else:
##        return 'String v is not in list L. Please try some other string'

##def feelings():
##    a = ['I am well']
##    b = ['How are you?'] + a
##    return b

##def ordered_list(a):
##    a.sort()
##    a.reverse()
##    return a

##def every_third(lst):
####    i = 0
####    while i < len(lst):
####        new_list = []
####        element = lst[i]
####        i = i + 3
####        new_list.append(element)
####        return(print(new_list))
##    i = 0
##    lsst = []
##    while i < len(lst):
##        element = lst[i]
##        lsst.append(element)
##        i = i + 3
##    return lsst

##def every_chosen(lst, j):
##    i = 0
##    lsst = []
##    while i < len(lst):
##        element = lst[i]
##        lsst.append(element)
##        i = i + j
##    return lsst
##
##
##def every_third_revisited(lst, j):
##    return (every_chosen(lst, j))

##def separate_line(lst):
##    i = 0
##    while i < len(lst):
##        element = lst[i]
##        i = i + 1
##        print(element)

##def even_separate_line(lst):
##    i = 1
##    while i < len(lst):
##        element = lst[i]
##        i = i + 2
##        print(element)

##def reverse_list(lst):
##    lsst = []
##    lsst = lst[:]
##    lsst.reverse()
##    print(lsst)

##def sum_elements(lst):
##    i = 0
##    while i < len(lst):
##        sum_value = sum(lst)
##        i = i + 1
##        if sum_value > 100 or i == len(lst):
##            return "Sorry, maximum sum size if 100 is exceeded"
##        else:
##            return(sum_value)

##def adjacent_integers(lst):
##    i = 0
##    j = 1
##    while i < len(lst) and j < len(lst):
##        if lst[i] == lst[j]:
##            i = i + 1
##            j = i + 1
##            return True
##        else:
##            return "Sorry, python was not able to locate adjacent numbers"
        
        
        
        
        
    
    
        
