Instructions
- 1. Your final score will reflect your grasp of the concepts—approach each question with precision.
- 2. Thoroughly review each solution before proceeding to ensure full understanding.
- 3. Final results will be available after submission to provide insights into areas for further improvement.
- 4. Maintain academic integrity—plagiarism undermines learning and professional growth.
- 5. Once submitted, responses are final, so ensure you’re confident in your answers.
- 6. These challenges are designed to test practical knowledge; apply your skills as you would in real-world scenarios.
All Problems
Question
Action
Which keyword is used to access a private attribute of a class from outside?
How can a protected attribute be identified?
What is the default access modifier for class attributes in Python?
Which of the following is an example of a protected attribute?
What will be the output of the following code?
How do you change the value of a private attribute?
What is the purpose of getter and setter methods?
Which of the following best describes data hiding?
Which access modifier should be used to allow a variable to be accessed only within the same class?
What will be the output of accessing a protected attribute directly?
Which keyword is used to access a private attribute of a class from outside?
How can a protected attribute be identified?
What is the default access modifier for class attributes in Python?
Which of the following is an example of a protected attribute?
What will be the output of the following code?
class Employee: def __init__(self, name, salary): self.__salary = salary emp = Employee("John", 5000) print(emp.__salary)
How do you change the value of a private attribute?
What is the purpose of getter and setter methods?
Which of the following best describes data hiding?
Which access modifier should be used to allow a variable to be accessed only within the same class?
What will be the output of accessing a protected attribute directly?
class Car: def __init__(self): self._brand = "Tesla" c = Car() print(c._brand)