17 Questions
What is the purpose of using scripting languages as an intermediary between programs?
To increase the functionality of the scripting language
What is the key advantage of dynamic typing in scripting languages?
Interpreting variable types at runtime
What is a potential drawback of dynamic typing in scripting languages?
Can lead to type mismatches when assigning unexpected types
How does automatic memory management in scripting languages control memory allocation?
Removes unused memory segments regularly
In what way do scripting languages benefit from adopting object-oriented structures?
Enhancing code organization and reusability
What is the primary function of extending in scripting languages?
Bind existing programs to increase functionality
What is the purpose of using indentation in Python instead of curly braces ({ })?
To indicate the beginning and end of a code block
Which Python feature allows for creating a class that can be the product of multiple parent classes?
Multiple Inheritance
In Python, what is the primary purpose of using a backslash () at the end of a line?
To escape characters like newlines in strings
Which data structure in Python allows for storing unordered collections of objects identified by keys?
Dictionaries
What is the main difference between tuples and lists in Python?
Tuples have fixed lengths, while lists can grow and shrink.
What does the range() function return in Python?
A dynamically created list of incrementing integers
How are comparisons made in Python?
== operator
In Python, what is the difference between mutable and immutable data types?
Mutable data types can be changed, while immutable data types cannot be changed
What does the 'end=""' parameter do in the print() function?
Specifies the character to end the print statement with
How are methods different from functions in Python?
Methods include 'self' as the first argument and are defined within class scope
What happens when a mutable object is passed as an argument in Python?
It is passed by reference
Explore the basics of Object-Oriented Programming in Python, including namespaces, polymorphism, operator overloading, and multiple inheritance. Learn about the fundamental syntax of Python, such as using backslash to continue on a new line, indentation instead of curly braces, and the absence of semicolons.
Make Your Own Quizzes and Flashcards
Convert your notes into interactive study material.
Get started for free
