A nested if statement is an if statement placed inside another if statement . Nested if statements are often used when you must test a combination of conditions before deciding on the proper action.
Read moreWhat is the process of IF statement?
An if statement checks a boolean value and only executes a block of code if that value is true . To write an if statement, write the keyword if , then inside parentheses () insert a boolean value, and then in curly brackets {} write the code that should only execute when that value is true .
Read moreWhat is the difference between the break and continue?
break statement: This statement terminates the smallest enclosing loop (i.e., while, do-while, for loop, or switch statement). … Break StatementContinue StatementThe Break statement is used to exit from the loop constructs.The continue statement is not used to exit from the loop constructs.Difference between break and continue statement in C www.geeksforgeeks.org › difference-between-break-and-continue-stateme…
Read moreHow do you use break and continue?
The continue statement is used to skip the current iteration of the loop. break keyword is used to indicate break statements in java programming. continue keyword is used to indicate continue statement in java programming. We can use a break with the switch statement .
Read moreWhat is meant by switch case?
Advertisements. A switch statement allows a variable to be tested for equality against a list of values. Each value is called a case , and the variable being switched on is checked for each switch case.
Read moreWhat is a switch case explain with example?
switch( expression ) { case value-1: Block-1; Break; case value-2: Block-2; Break; case value-n: Block-n; Break; default: Block-1; Break; } Statement-x; The expression can be integer expression or a character expression . Value-1, 2, n are case labels which are used to identify each case individually.
Read moreWhy do we switch case?
The main reasons for using a switch include improving clarity , by reducing otherwise repetitive coding, and (if the heuristics permit) also offering the potential for faster execution through easier compiler optimization in many cases.
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