ages = (55, 28, 24, 34, 59, 22, 19, 72, 21, 37)Write a Python code that uses a list comprehension to create a list
of ages that are over 30 based on the ages list
Write a Python code that uses (1) input() function with a message in the Console “Please enter a number less than 100:” and (2) if-else statement to print (a) “The value entered is greater than or equal to 75.” if the value entered from the Spyder Console is greater than or equal to 75, and (b) “The value entered is greater than or equal to 50.” and “The value entered is also less than 75.” if the value entered from the Spyder Console is less than 75 and greater than or equal to 50, and (c) “The value entered is less than 50.” otherwise.
sequence = [1, 2, None, 4, None, 5, None, None, 6, 7, 8, None, 9, 10]Write a Python code that uses a for-loop statement to process each
element of sequence to calculate the sum of all the numeric
values in the sequence list.
Wordle = ["shark",
"wheal",
"cheat",
"stand",
"table",
"fight",
"crane",
"pease",
"sweet",
"lamed",
"stope",
"hints",
"month",
"shade",
"mayor",
"faith",
"cable",
"today",
"tidal",
"stick",
"lochs",
"short",
"docus",
"split",
"swift",
"sweat",
"skeet",
"swelt",
"blast",
"trash",
"tiger",
"setup",
"fiest",
"belly",
"pokey",
"sting",
"blond",
"goldy",
"stamp",
"hooly",
"moray",
"dumas",
"roast",
"chino",
"chest",
"check",
"roast",
"blind",
"check",
"fogle",
"cheek",
"oxide",
"olive",
"deash",
"paves",
"steam",
"absey",
"pesty",
"mardy",
"strap",
"forum",
"forby",
"baste",
"bagie",
"stomp",
"misty",
"adieu",
"balky",
"stick",
"couch",
"dutch",
"steam",
"stomp",
"calos",
"pasty",
"guild",
"meril",
"hasty",
"birch",
"grind",
"filer",
"paler",
"glide",
"fudge",
"kedge",
"wedge",
"hedge",
"plica",
"chirp",
"manor",
"maids",
"crest",
"covin",
"blart",
"chart",
"comma",
"gavel",
"aphid",
"orbit",
"sloth",
"stear",
"blurs"] Write a Python code that uses a for-loop statement and a
if-else statement to create a Wordle dictionary
for which a key is an alphabet and a value is a list of words.
Wordle_by_letter = {'s': ['shark',
'stand',
'sweet',
'stope',
'shade',
'stick',
'short',
'split',
'swift',
'sweat',
'skeet',
'swelt',
'setup',
'sting',
'stamp',
'steam',
'strap',
'stomp',
'stick',
'steam',
'stomp',
'sloth',
'stear'],
'w': ['wheal', 'wedge'],
'c': ['cheat',
'crane',
'cable',
'chino',
'chest',
'check',
'check',
'cheek',
'couch',
'calos',
'chirp',
'crest',
'covin',
'chart',
'comma'],
't': ['table', 'today', 'tidal', 'trash', 'tiger'],
'f': ['fight', 'faith', 'fiest', 'fogle', 'forum', 'forby', 'filer', 'fudge'],
'p': ['pease', 'pokey', 'paves', 'pesty', 'pasty', 'paler', 'plica'],
'l': ['lamed', 'lochs'],
'h': ['hints', 'hooly', 'hasty', 'hedge'],
'm': ['month', 'mayor', 'moray', 'mardy', 'misty', 'meril', 'manor', 'maids'],
'd': ['docus', 'dumas', 'deash', 'dutch'],
'b': ['blast',
'belly',
'blond',
'blind',
'baste',
'bagie',
'balky',
'birch',
'blart',
'blurs'],
'g': ['goldy', 'guild', 'grind', 'glide', 'gavel'],
'r': ['roast', 'roast'],
'o': ['oxide', 'olive', 'orbit'],
'a': ['absey', 'adieu', 'aphid'],
'k': ['kedge']}Write a Python code that uses (1) a dictionary,
Wordle_by_letter (2) sorted(), and (3)
dictionary comprehension to create an alphabetically-ordered Wordle
dictionary for which a key is an alphabet and a value is a list of
words.
This Python code uses a function to look up code meanings for variables, region and happy, using dictionaries:
def code_lookup(codes):
region, happy = codes
print("region, happy: ", (region, happy))
region_dict = {1:"New England",
2:"Middle Atlantic",
3:"East North Central",
4:"West North Central",
5:"South Atlantic",
6:"East South Central",
7:"West South Central",
8:"Mountain",
9:"Pacific"}
happy_dict = {1:"Very happy",
2:"Pretty happy",
3:"Not too happy",
8:"Don't know",
9:"No answer",
0:"Not applicable"}
return(region_dict[region], happy_dict[happy])Write a Python code that uses the function code_lookup()
and the print() function to print the followings: