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Which equation shows the commutative property of multiplication?\newlineChoices:\newline(A) f(gh)=(fg)hf \cdot (g \cdot h) = (f \cdot g) \cdot h\newline(B) f0=0f \cdot 0 = 0\newline(C) fg=gff \cdot g = g \cdot f\newline(D) h=fgh = f \cdot g

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Q. Which equation shows the commutative property of multiplication?\newlineChoices:\newline(A) f(gh)=(fg)hf \cdot (g \cdot h) = (f \cdot g) \cdot h\newline(B) f0=0f \cdot 0 = 0\newline(C) fg=gff \cdot g = g \cdot f\newline(D) h=fgh = f \cdot g
  1. Commutative Property Definition: The commutative property of multiplication states that changing the order of the factors does not change the product. In other words, for any two numbers aa and bb, the property is expressed as a×b=b×aa \times b = b \times a.
  2. Examine Choices: Examine each choice to see which one represents the commutative property of multiplication: (A) f(gh)=(fg)hf \cdot (g \cdot h) = (f \cdot g) \cdot h - This is the associative property of multiplication, not the commutative property. (B) f0=0f \cdot 0 = 0 - This represents the multiplication property of zero, not the commutative property. (C) fg=gff \cdot g = g \cdot f - This matches the definition of the commutative property of multiplication. (D) h=fgh = f \cdot g - This is just an equation and does not represent any property of multiplication.
  3. Identify Correct Choice: The correct choice that shows the commutative property of multiplication is (C) fg=gff \cdot g = g \cdot f.

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