Question

Commutative property for addition: Integers are commutative under addition when any two integers are added irrespective of their order, the sum remains the same. a+b =b+a The sum of two integer numbers is always the same. This means that integer numbers follow the commutative property. Let’s see the following examples: 15 + 20 =35; 20 +15=35 -10 + (-5) = -15; -5 + (-10) = -15 The above examples prove that the addition of integers is commutative. The commutative property for Subtraction: Is the case true with subtractions? Are subtractions also commutative? The following examples will let us know this: 5-(-3) = +8 -3-5 = -8 This brings us to the conclusion that subtractions of integers are not commutative. Therefore, a-b ≠ b-a Commutative Property of Division This property does not apply to divisions between integers. This means that a÷b ≠b÷a Option A is correct is this correct​

Answer 1

Answer:

yes option (a) is correct

Step-by-step explanation:

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Answer 2

Step-by-step explanation:

Integers are commutative under addition when any two integers are added irrespective of their order, the sum remains the same. The sum of two integer numbers is always the same. This means that integer numbers follow the commutative property. ... Thus multiplication and addition of integers are commutative.