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WGU Foundations-of-Programming-Python Exam Syllabus Topics:

Section	Objectives
Python Fundamentals	- Operators and Expressions - Type Conversion - Input/Output Operations - Variables and Data Types
Object-Oriented Programming	- Inheritance - Attributes and Methods - Encapsulation - Constructors (__init__) - Classes and Objects
Data Structures	- Tuples - Lists and List Operations - String Manipulation - Dictionaries - Sets
Testing and Debugging	- Trace Errors - Unit Testing Concepts - Debugging Techniques
Functions	- Function Definition and Call - Scope (local and global) - Return Values - Recursion - Parameters and Arguments
File Handling and Exceptions	- Custom Exceptions - Reading and Writing Files - Exception Handling (try, except, finally)
Control Structures	- Loops (for, while) - Conditional Statements (if, elif, else) - Loop Control (break, continue, pass) - Nested Conditionals and Loops

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WGU Foundations of Programming (Python) - E010 JIV1 Sample Questions (Q30-Q35):

NEW QUESTION # 30
Write a complete function reverse_string(text) that takes a string and returns it reversed.
For example, reverse_string( " hello " ) should return " olleh " .
def reverse_string(text):
# TODO: Return the reversed string
pass

Answer:

Explanation:
See the Step by Step Solution below in Explanation.
Explanation:
Step 1: The function receives one string parameter named text.
Step 2: Python slicing can be used to reverse a string.
Step 3: The slice [::-1] means start at the end of the string and move backward by one character at a time.
Step 4: Return text[::-1].
Correct code:
def reverse_string(text):
return text[::-1]
Example:
print(reverse_string( " hello " ))
Output:
olleh

NEW QUESTION # 31
Which type of loop repeatedly checks a condition to determine whether to continue?

A. for loop
B. while loop
C. range loop
D. repeat loop

Answer: B

Explanation:
Awhile looprepeatedly executes a block of code as long as its condition remains true.
Example:
count = 1
while count < = 3:
print(count)
count += 1
In this example, Python checks the condition count < = 3 before each loop iteration. If the condition is true, the loop continues. When the condition becomes false, the loop stops.
A for loop is usually used to iterate over a sequence, such as a list, string, or range. Python does not have a built-in repeat loop construct.
Therefore, the correct answer isB. while loop.

NEW QUESTION # 32
Complete the function update_grade(grades, student, new_grade) that takes a grades dictionary, a student name, and a new grade, then updates that student ' s grade and returns the dictionary.
For example, update_grade({ " Alice " : 85, " Bob " : 90}, " Alice " , 95) should return { " Alice " : 95, " Bob
" : 90}.

A. def update_grade(grades, student, new_grade):pass
B. def update_grade(grades, student, new_grade):student = new_gradereturn student
C. def update_grade(grades, student, new_grade):grades[student] = new_gradereturn grades
D. def update_grade(grades, student, new_grade):grades.append(new_grade)return grades

Answer: C

Explanation:
A dictionary stores data as key-value pairs. In this function, the student name is the key, and the grade is the value.
Correct code:
def update_grade(grades, student, new_grade):
grades[student] = new_grade
return grades
Example:
update_grade({ " Alice " : 85, " Bob " : 90}, " Alice " , 95)
Result:
{ " Alice " : 95, " Bob " : 90}
Python's built-in types documentation includes dictionaries as mapping types, where values are accessed and updated using keys.
Therefore, the correct answer isA.

NEW QUESTION # 33
Which loop structure processes every individual item in a list called grades?

A. for i in range(grades):
B. while len(grades) > 0:
C. for grade in grades:
D. while grades[0]

Answer: C

Explanation:
The loop:
for grade in grades:
print(grade)
processes every individual item in the list grades.
The variable grade represents the current item being processed. Python's documentation explains that a for statement iterates over the items of a sequence in order.
Therefore, the correct answer isB. for grade in grades:.

NEW QUESTION # 34
How does Jupyter Notebook function as a development environment?

A. Cell-based interactive coding platform
B. Code editor limited to static text editing
C. Framework for compiling Python into standalone applications
D. Command-line terminal replacement

Answer: A

Explanation:
Jupyter Notebook works as acell-based interactive coding platform. A notebook is made up of cells, and code can be written and executed inside those cells.
For example, a code cell may contain:
x = 10
print(x)
When the cell is run, the output appears directly below the cell.
The Jupyter Notebook documentation explains that notebooks consist of a sequence of cells, and the contents of a cell can be executed using keyboard shortcuts or the toolbar button.
Jupyter Notebook is not simply a command-line terminal replacement, not limited to static text editing, and not mainly a framework for compiling Python into standalone applications.
Therefore, the correct answer isB. Cell-based interactive coding platform.

NEW QUESTION # 35
......

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