Which property of equality is shown below? If:–23n = m Then:–23n · –73 = m · –73 Choices: (A)Addition Property of Equality (B)Subtraction Property of Equality (C)Multiplication Property of Equality (D)Division Property of Equality

Analyze Equations: Analyze the given equations. If: –23n = m Then: –23n · –73 = m · –73 Which operation is used on both sides? Multiplication by -73 is applied to both sides of the equation.Operation Used: Determine the property of equality used. By multiplying both sides of the equation by -73, the equality of the two sides is maintained. This is known as the ＂Multiplication Property of Equality.＂

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Which property of equality is shown below? $\newline$ If: $-23n = m$ $\newline$ Then: $-23n \cdot -73 = m \cdot -73$ $\newline$ Choices: $\newline$ (A) Addition Property of Equality $\newline$ (B) Subtraction Property of Equality $\newline$ (C) Multiplication Property of Equality $\newline$ (D) Division Property of Equality

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Math Problems

Algebra 1

Properties of equality

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Q. Which property of equality is shown below?

\newline

If:

-23n = m

\newline

Then:

-23n \cdot -73 = m \cdot -73

\newline

Choices:

\newline

(A) Addition Property of Equality

\newline

(B) Subtraction Property of Equality

\newline

\newline

(D) Division Property of Equality

Analyze Equations: Analyze the given equations. $\newline$ If: $-23n = m$ $\newline$ Then: $-23n \cdot -73 = m \cdot -73$ $\newline$ Which operation is used on both sides? $\newline$ Multiplication by $-73$ is applied to both sides of the equation.
Operation Used: Determine the property of equality used. $\newline$ By multiplying both sides of the equation by $-73$ , the equality of the two sides is maintained. $\newline$ This is known as the ＂Multiplication Property of Equality.＂