Learning objective
Exception handling: Be familiar with the concept of exception handling. Know how to use exception handling in a programming language with which students are familiar.
Read the explanation, check the common trap, then practise with flashcards and questions.
At a glance
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Questions
Topic
Programming
Subtopic
Exception handling
Study support
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Quick explanation
Exception handling: Be familiar with the concept of exception handling. Know how to use exception handling in a programming language with which students are familiar
- This point belongs to Programming, especially Exception handling.
- You need to be able to exception handling: Be familiar with the concept of exception handling. Know how to use exception handling in a programming language with which students are familiar.
- Use the linked flashcards and practice questions to check recall, then practise applying the idea in an exam-style answer.
Why it matters
This objective helps connect Exception handling to exam-style questions, flashcards, and revision notes for Programming.
Quick student answer
What is the main purpose of exception handling in a program?
Direct answer
To respond to errors that occur while the program is running
Key terms
- Exception: An exceptional condition that occurs while a program is executing and may require a planned response.
- Exception handling: The use of programming structures to respond to exceptions during program execution.
Common trap
Putting the risky statement outside the try block: Place the potentially failing operation, such as input conversion, inside the try block and put the planned response inside the except block.
Related questions
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Flashcard prompts
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Revision tools
Choose how to practise
Flashcards0 linked cards
Practice Questions0 linked questions
Related learning objectives
- Data types: Understand the concept of a data type. Understand and use the following appropriately: • integer • real/float • Boolean • character • string • date/time • pointer/reference • records (or equivalent) • arrays (or equivalent). Variables declared as a pointer or reference data type are used as stores for memory addresses of objects created at runtime, ie dynamically. Not all languages support explicit pointer types, but students should have an opportunity to understand this data type. Define and use user-defined data types based on language-defined (built-in) data types.
Data types
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Programming concepts
- Arithmetic operations in a programming language: Be familiar with and be able to use: • addition • subtraction • multiplication • real/float division • integer division, including remainders • exponentiation • rounding • truncation. 42
Arithmetic operations in a programming language
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Relational operations in a programming language
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Boolean operations in a programming language
