The following techniques can avoid runtime errors. (Select two correct answers)

Choosing to trap errors with Try statements is a robust approach in ABAP to manage exceptions and avoid runtime errors. Try statements allow developers to encapsulate code that might throw an exception in a controlled environment, enabling them to define fallback behavior or error handling routines if an exception occurs. This enhances the stability of the program by allowing developers to anticipate potential errors and handle them gracefully, preventing abrupt termination of the program.

Using program logic to avoid errors is another effective strategy. By implementing logical checks and validations throughout the code, developers can ensure that operations are only performed when preconditions are met. For instance, verifying that a table contains data before performing read operations or ensuring that variables are initialized before their use can significantly reduce the risk of runtime errors.

In contrast, checking the program for syntax errors primarily influences the compile-time rather than runtime behavior of the application. Syntax errors need to be resolved for the program to compile successfully, but they do not directly contribute to avoiding runtime errors that occur during program execution. Similarly, trapping errors with Case statements does not effectively manage exceptions; Case statements are conditional constructs that evaluate expressions and do not provide a structured way to handle exceptions. Therefore, these choices do not contribute to avoiding runtime errors as effectively as the chosen techniques.