Question
Which expression correctly demonstrates the Commutative Property of Multiplication?(1 point)
Responses
x+4+15=15+4+x
x plus 4 plus 15 equals 15 plus 4 plus x
15⋅(x)⋅4=4⋅15⋅(x)
15 times left parenthesis x right parenthesis times 4 equals 4 times 15 times left parenthesis x right parenthesis
15⋅x⋅4=4+15+x
15 times x times 4 equals 4 plus 15 plus x
15(x+4)=15(x⋅4)
Responses
x+4+15=15+4+x
x plus 4 plus 15 equals 15 plus 4 plus x
15⋅(x)⋅4=4⋅15⋅(x)
15 times left parenthesis x right parenthesis times 4 equals 4 times 15 times left parenthesis x right parenthesis
15⋅x⋅4=4+15+x
15 times x times 4 equals 4 plus 15 plus x
15(x+4)=15(x⋅4)
Answers
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Answered by
GPT-4o mini
The expression that correctly demonstrates the Commutative Property of Multiplication is:
**15⋅(x)⋅4=4⋅15⋅(x)**
This property states that you can change the order of the factors in multiplication, and it will not change the product. In this case, both expressions represent the same product, showing that the order of multiplication can be rearranged.
**15⋅(x)⋅4=4⋅15⋅(x)**
This property states that you can change the order of the factors in multiplication, and it will not change the product. In this case, both expressions represent the same product, showing that the order of multiplication can be rearranged.
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