### Explanation

In programming, particularly in languages like C, C++, and Java, control structures are used to manage the flow of execution based on certain conditions. In an `if-else` statement, the `else` serves as the fallback option if the `if` condition evaluates to `false`. Similarly, in a `switch-case` statement, the `switch` evaluates the expression and determines which case to execute.

The term “switchGroup” does not correspond to a standard programming term related to control structures. Instead, the `case` statements are the counterparts to the `if` conditions in a `switch-case`.

### Conclusion

Based on the explanation, the statement "the counterpart of else in if-else, if in switch-case, is switchGroup" is logically flawed. The correct counterpart in the context of a `switch-case` structure is not "switchGroup," making the statement **False**.

Question

### Explanation

In programming, particularly in languages like C, C++, and Java, control structures are used to manage the flow of execution based on certain conditions. In an `if-else` statement, the `else` serves as the fallback option if the `if` condition evaluates to `false`. Similarly, in a `switch-case` statement, the `switch` evaluates the expression and determines which case to execute.

The term “switchGroup” does not correspond to a standard programming term related to control structures. Instead, the `case` statements are the counterparts to the `if` conditions in a `switch-case`.

### Conclusion

Based on the explanation, the statement "the counterpart of else in if-else, if in switch-case, is switchGroup" is logically flawed. The correct counterpart in the context of a `switch-case` structure is not "switchGroup," making the statement **False**.

Knowee AI · Accepted Answer

### Explanation

In programming, particularly in languages like C, C++, and Java, control structures are used to manage the flow of execution based on certain conditions. In an `if-else` statement, the `else` serves as the fallback option if the `if` condition evaluates to `false`. Similarly, in a `switch-case` statement, the `switch` evaluates the expression and determines which case to execute.

The term “switchGroup” does not correspond to a standard programming term related to control structures. Instead, the `case` statements are the counterparts to the `if` conditions in a `switch-case`.

### Conclusion

Based on the explanation, the statement "the counterpart of else in if-else, if in switch-case, is switchGroup" is logically flawed. The correct counterpart in the context of a `switch-case` structure is not "switchGroup," making the statement **False**.

The counterpart of else in if-else, if in switch-case, is switchGroup of answer choicesTrueFalse

Question

The counterpart of else in if-else, if in switch-case, is `switchGroup` of answer choices

Solution

Explanation

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