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Questions and Answers
What is the format of the if construct in C programming?
What is the format of the if construct in C programming?
if (expression) { statement_1; statement_2;... statement_n; }
When does an expression become a statement in C programming?
When does an expression become a statement in C programming?
An expression becomes a statement when it is followed by a semicolon.
What is the purpose of using braces { } in C programming?
What is the purpose of using braces { } in C programming?
Braces are used to group declarations and statements together.
What are the equality and relational operators used in C programming?
What are the equality and relational operators used in C programming?
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What are the types of expressions in C programming?
What are the types of expressions in C programming?
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Study Notes
C Programming Constructs
- The if construct in C programming has the format:
if (expression) statement;orif (expression) { statement1; statement2; ... } - In C programming, an expression becomes a statement when it is followed by a semicolon (;)
Purpose of Braces in C Programming
- The purpose of using braces
{ }in C programming is to group multiple statements together to form a single compound statement, often used with control structures like if-else and loops
Operators in C Programming
- Equality operators in C programming are:
==(equal to),!=(not equal to) - Relational operators in C programming are:
>(greater than),<(less than),>=(greater than or equal to),<=(less than or equal to)
Types of Expressions in C Programming
- There are two types of expressions in C programming:
- Arithmetic expressions (e.g.,
2 + 3,x * 5) - Logical expressions (e.g.,
x > 5,a == 5)
- Arithmetic expressions (e.g.,
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Description
Test your knowledge of essential C programming concepts related to control flow. This quiz covers topics such as statements and blocks, equality and relational operators, logical operators, if-else statements, conditional expressions, switch statements, while and do-while loops, for loops, break and continue statements.
