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What happens when an exception occurs in a Python program?
What happens when an exception occurs in a Python program?
- The exception is automatically handled by the Python interpreter.
- The Python interpreter stops the current process. (correct)
- The exception is ignored and the program proceeds as usual.
- The program continues to run without any interruption.
How does Python handle unhandled exceptions?
How does Python handle unhandled exceptions?
- The program crashes immediately. (correct)
- The exception is silently ignored.
- The program continues execution without any issues.
- The program waits for user input to handle the exception.
What is the main purpose of exception handling in Python?
What is the main purpose of exception handling in Python?
- To prevent the program from running smoothly.
- To ignore all errors that occur.
- To gracefully handle abnormal errors. (correct)
- To create intentional errors in the program.
What type of exceptions are already defined by Python?
What type of exceptions are already defined by Python?
How many types of exceptions are there according to the text?
How many types of exceptions are there according to the text?
What is one of the common uses of threading in Python for GUI applications?
What is one of the common uses of threading in Python for GUI applications?
How does threading help in GUI applications?
How does threading help in GUI applications?
What is a key benefit of using threading in Python for GUI applications?
What is a key benefit of using threading in Python for GUI applications?
In what way does threading contribute to efficient GUI applications?
In what way does threading contribute to efficient GUI applications?
Why is threading often used in graphical user interface (GUI) applications?
Why is threading often used in graphical user interface (GUI) applications?
How does threading help in preventing the freezing of graphical user interfaces?
How does threading help in preventing the freezing of graphical user interfaces?
What is one benefit of splitting a large computation-intensive task into smaller parts and executing them concurrently in separate threads?
What is one benefit of splitting a large computation-intensive task into smaller parts and executing them concurrently in separate threads?
Which scenario is threading commonly used for?
Which scenario is threading commonly used for?
What is the purpose of using threading in background tasks?
What is the purpose of using threading in background tasks?
Which synchronization mechanisms can threading provide for ensuring proper communication between threads?
Which synchronization mechanisms can threading provide for ensuring proper communication between threads?
How does threading help in situations where non-blocking I/O operations are required?
How does threading help in situations where non-blocking I/O operations are required?
In which situations is threading beneficial for GUI applications?
In which situations is threading beneficial for GUI applications?
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