Answer :
Final answer:
Subtraction is not a commutative operation, meaning that the order in which you subtract numbers matters. For any pair of numbers, reversing the order of subtraction gives different results, thus demonstrating the non-commutative property of subtraction.
Explanation:
Subtraction is a basic mathematical operation, often associated with the concept of 'taking away'. In mathematics, we describe operations like addition and multiplication as 'commutative', meaning the order in which you perform the operation does not change the result. For instance, in addition 5 + 3 is the same as 3 + 5.
However, subtraction is not commutative, that is, the order in which you subtract numbers does matter. If you take any pair of integers from the provided options, you will find that subtracting one number from the other gives a different result when the order of subtraction is reversed. Let's consider the pair: 8 and 3. The result of the operation 8 minus 3 is 5, but if we reverse the order and carry out 3 minus 8, the result is -5. These results are clearly not the same, hence, demonstrating that subtraction is not commutative.
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