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Which equation shows the identity property of multiplication?\newlineChoices:\newline(A) 1⋅f=f1 \cdot f = f\newline(B) 0⋅f=00 \cdot f = 0\newline(C) g⋅f=f⋅gg \cdot f = f \cdot g\newline(D) f⋅g−f⋅h=f⋅(g−h)f \cdot g - f \cdot h = f \cdot (g - h)

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Q. Which equation shows the identity property of multiplication?\newlineChoices:\newline(A) 1⋅f=f1 \cdot f = f\newline(B) 0⋅f=00 \cdot f = 0\newline(C) g⋅f=f⋅gg \cdot f = f \cdot g\newline(D) f⋅g−f⋅h=f⋅(g−h)f \cdot g - f \cdot h = f \cdot (g - h)
  1. Identify Property: Identify the identity property of multiplication. The identity property of multiplication states that any number multiplied by 11 will result in the same number.
  2. Analyze Choices: Analyze each choice to see which one represents the identity property of multiplication.\newline(A) 1⋅f=f1 \cdot f = f: This choice shows that multiplying ff by 11 gives ff, which is the identity property of multiplication.\newline(B) 0⋅f=00 \cdot f = 0: This choice shows the multiplication property of zero, not the identity property.\newline(C) g⋅f=f⋅gg \cdot f = f \cdot g: This choice shows the commutative property of multiplication, not the identity property.\newline(D) f⋅g−f⋅h=f⋅(g−h)f \cdot g - f \cdot h = f \cdot (g - h): This choice shows the distributive property of multiplication over subtraction, not the identity property.
  3. Select Correct Choice: Select the correct choice that represents the identity property of multiplication.\newlineChoice (A) correctly represents the identity property of multiplication.

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