The Commutative Property states that the order of addition or multiplication does not affect the result. Specifically, for addition, \( a + b = b + a \), and for multiplication, \( a \cdot b = b \cdot a \).
Let's analyze the expressions provided:
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\(3x(9y+6)=(3x+9y)\cdot 6\)
This does not demonstrate the Commutative Property. It is an application of the distributive property rather than commutativity. -
\(3x\cdot 9y\cdot 6=162xy\)
This expression is an equality stating a product but does not demonstrate the Commutative Property. -
\(3x\cdot 9y\cdot 6=9y\cdot 6\cdot 3x\)
This expression correctly demonstrates the Commutative Property, as it shows that the order of multiplication can be rearranged. -
\(3x\cdot 9y\cdot 6=9y+6+3x\)
This expression does not demonstrate the Commutative Property. In fact, it incorrectly equates a product of terms with a sum, which is not valid.
Thus, the expression that correctly demonstrates the Commutative Property is:
\(3x\cdot 9y\cdot 6=9y\cdot 6\cdot 3x\)