The video tutorial explains the use of conditional statements and introduces switch statements as an alternative. It covers the syntax and implementation of switch cases, including setting defaults and testing for flexibility. The tutorial demonstrates how to handle multiple cases and execute code blocks accordingly, emphasizing the importance of breaking cases to avoid default execution.

What is a limitation of using else if statements in conditional logic?

• They cannot handle multiple conditions.

• They require more lines of code.

• They can only handle numeric values.

• They lack flexibility for complex conditions.

What is the primary purpose of a switch statement?

• To execute code based on a single condition.

• To match an expression with multiple cases.

• To replace all if statements.

• To handle only numeric values.

In a switch statement, what happens if no case matches the expression?

• An error is thrown.

• The default case is executed.

• The switch statement is skipped.

• The first case is executed.

Why is it important to include a break statement in a switch case?

• To stop the execution of subsequent cases.

• To improve code readability.

• To prevent the execution of the default case.

• To ensure the switch statement is valid.

How can switch cases handle both string and numeric values?

• By using a default case for strings.

• By defining cases for both types explicitly.

• By converting all values to strings.

• By using separate switch statements for each type.