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# Python3.x Python3 choice() Function [ Python3 Numbers](#) * * * ## Description The **choice()** method returns a random item from a list, tuple, or string. * * * ## Syntax Here is the syntax for the choice() method: import random random.choice( seq ) **Note:** choice() cannot be accessed directly. You need to import the random module and then call the method through the random static object. * * * ## Parameters * seq -- Can be a list, tuple, or string. * * * ## Return Value Returns a random item. * * * ## Example The following examples demonstrate the use of the choice() method: ## Example #!/usr/bin/python3 import random print("Return a random number from range(100): ",random.choice(range(100))) print("Return a random element from list [1, 2, 3, 5, 9]): ",random.choice([1,2,3,5,9])) print("Return a random character from string '': ",random.choice('')) The output of the above example after running is: Return a random number from range(100): 68Return a random element from list [1, 2, 3, 5, 9]): 2Return a random character from string '': u Here is a simple implementation of a random password generator: ## Example import random import string def generate_password(length): # Define the set of available characters for the password chars =string.ascii_letters + string.digits + string.punctuation # Randomly select characters to generate the password password =''.join(random.choice(chars)for _ in range(length)) return password random_pwd = generate_password(6)# Output length of 6 print(random_pwd) In the example above, the generate_password() function accepts an integer parameter `length`, which represents the desired length of the password. It then uses the `random` and `string` modules from the Python standard library to generate a random password. **string.ascii_letters** contains all letters (uppercase and lowercase), **string.digits** contains all digits, and **string.punctuation** contains all punctuation symbols. `random.choice(chars)` randomly selects a character from the character set `chars`, and then the `join()` method concatenates the generated characters together to form the password. The output of the above example after running is: R?u|<K [ Python3 Numbers](#)