The video tutorial explains the use of the break statement in switch cases. It highlights the importance of using break to prevent unintended execution of subsequent cases. The tutorial also demonstrates how to apply common logic to multiple cases by omitting breaks and how to handle case-specific logic with breaks. The key takeaway is understanding the role of break in controlling program flow within switch cases.

What happens if a break statement is missing in a switch case?

• The switch statement will be ignored.

• The program will crash.

• The execution will continue to the next case.

• Only the first case will execute.

Why is it important to use a break statement after a case?

• To ensure only the intended case executes.

• To prevent syntax errors.

• To allow multiple cases to execute.

• To make the code run faster.

How can you apply the same logic to multiple cases in a switch statement?

• By using a break statement after each case.

• By omitting the break statement between the cases.

• By writing the logic outside the switch statement.

• By using a loop inside the switch statement.

What should you do after writing common logic for multiple cases?

• Remove all break statements.

• Use a continue statement.

• Add a break statement after the common logic.

• Add a default case.

What happens if case 3 has its own logic and a break statement?

• It will skip to the default case.

• It will execute the logic of case 1.

• It will execute the logic of case 2.

• It will execute its own logic and stop.