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what number can replace x to demonstrate the commutative property of multiplication 25x+4x25Asked by maya/cunnexus kid
what number can replace x to demonstrate the commutative property of multiplication 25x+4x25?
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To demonstrate the commutative property of multiplication in the expression 25x + 4x25, we need to show that changing the order of the multiplication does not affect the result.
Let's first compute the original expression: 25x + 4x25.
This means multiplying 25 by x (25x) and multiplying 4 by 25 (4x25).
Now, let's try changing the order of the multiplication by replacing x with a number:
4x25 + 25x.
To show that the result remains the same, we need to determine which number we should replace x with.
Since multiplication is commutative, it doesn't matter in which order we multiply the numbers. Therefore, the number that can replace x to demonstrate the commutative property is any number.
Let's first compute the original expression: 25x + 4x25.
This means multiplying 25 by x (25x) and multiplying 4 by 25 (4x25).
Now, let's try changing the order of the multiplication by replacing x with a number:
4x25 + 25x.
To show that the result remains the same, we need to determine which number we should replace x with.
Since multiplication is commutative, it doesn't matter in which order we multiply the numbers. Therefore, the number that can replace x to demonstrate the commutative property is any number.
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