Get WGU Foundations of Programming Python Exam Practice Questions - Real and Updated

Answer : A

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Step 1: First, check the password length using len(password).

Step 2: If the password has fewer than 8 characters, return 'Weak' immediately.

Step 3: Create two Boolean variables: has_letter and has_number.

Step 4: Loop through each character in the password.

Step 5: Use .isalpha() to check for letters and .isdigit() to check for numbers.

Step 6: If the password contains both at least one letter and at least one number, return 'Strong'.

Step 7: Otherwise, return 'Weak'.

Correct code:

def password_strength(password):

if len(password) < 8:

return 'Weak'

has_letter = False

has_number = False

for char in password:

if char.isalpha():

has_letter = True

elif char.isdigit():

has_number = True

if has_letter and has_number:

return 'Strong'

else:

return 'Weak'

Example:

print(password_strength('abc123def'))

print(password_strength('abcdefgh'))

print(password_strength('12345678'))

Output:

Strong

Weak

Weak

Answer : A

==========

Step 1: In Python, upper is a string method.

Step 2: A method must be called using parentheses ().

Step 3: text.upper refers to the method itself, but it does not execute it.

Step 4: Use text.upper() to return the uppercase version of the string.

Correct code:

def make_uppercase(text):

return text.upper()

Example:

print(make_uppercase('hello'))

Output:

HELLO

Answer : A

==========

Step 1: A dictionary stores data as key-value pairs.

Step 2: The .keys() method returns the dictionary's keys.

Step 3: To return the keys as a list, use list(data.keys()).

Correct code:

def get_dict_keys(data):

return list(data.keys())

Example:

print(get_dict_keys({'name': 'John', 'age': 25}))

Output:

['name', 'age']

Answer : B

The loop condition is:

while count > 0:

At the start, count is 5, so the condition is true. The program prints the value of count.

However, inside the loop, the value of count is never changed. That means count always stays 5, so the condition count > 0 is always true. As a result, the loop runs forever.

A corrected version would be:

count = 5

while count > 0:

print(count)

count = count - 1

This decreases count by 1 during each loop iteration. Eventually, count becomes 0, and the condition count > 0 becomes false.

Therefore, the correct answer isB. It runs infinitely because count is never modified.

Answer : A

==========

Step 1: The function receives two parameters: a and b.

Step 2: Compare the two values using an if statement.

Step 3: If a is greater than or equal to b, return a.

Step 4: Otherwise, return b.

Correct code:

def get_max(a, b):

if a >= b:

return a

else:

return b

Simplified correct code:

def get_max(a, b):

return max(a, b)

Example:

print(get_max(10, 20))

print(get_max(30, 15))

print(get_max(5, 5))

Output:

20

30

5