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13_Program_Flow_Logic.md

@@ -520,7 +520,7 @@ Regarding the exiting of procedures, note the hint mentioned above. The use of `
   ```
 
 - If the addition `INTO` is specified in the `CATCH` statement, a reference to the exception object is stored.
-- This is for, example relevant, to determine the exact exception. In the code snippet above, the exception class `CX_SY_ZERODIVIDE` is mentioned. Consider a calculator. It should not only be able to deal with error situations like zero division but also, for example, overflows in arithmetic operations. The predefined exception class `CX_SY_ARITHMETIC_OVERFLOW` is available. It is also derived from `CX_SY_ARITHMETIC_ERROR`. If you then specify the exception class `CX_SY_ARITHMETIC_ERROR` which is higher up in the inheritance hierarchy and can handle both error situations (`CX_SY_ARITHMETIC_OVERFLOW` and `CX_SY_ZERODIVIDE`), the concrete exception that was raised is unclear. Using the `INTO` clause and the stored exception object, it is possible to carry out certain tasks, for example, retrieving and displaying the exception text.
+- This is relevant to determine the exact exception, for example. In the code snippet above, the exception class `CX_SY_ZERODIVIDE` is mentioned. Consider a calculator. It should not only be able to deal with error situations like zero division but also, for example, overflows in arithmetic operations. The predefined exception class `CX_SY_ARITHMETIC_OVERFLOW` is available. It is also derived from `CX_SY_ARITHMETIC_ERROR`. If you then specify the exception class `CX_SY_ARITHMETIC_ERROR` which is higher up in the inheritance hierarchy and can handle both error situations (`CX_SY_ARITHMETIC_OVERFLOW` and `CX_SY_ZERODIVIDE`), the concrete exception that was raised is unclear. Using the `INTO` clause and the stored exception object, it is possible to carry out certain tasks, for example, retrieving and displaying the exception text.
 
   ```abap
   DATA: exception TYPE REF TO cx_root. "Note the root class