Which property of equality is shown below? If:18 = y + x Then:18/93 = y + x/93 Choices: (A)Addition Property of Equality (B)Subtraction Property of Equality (C)Multiplication Property of Equality (D)Division Property of Equality

Analyze expressions: Analyze the given expressions. We have the original equation: 18 = y + x And the transformed equation: 18/93 = (y + x)/93 What operation is applied to both sides of the original equation? Both sides are divided by 93.Operation applied: Identify the property of equality used. When we divide both sides of an equation by the same nonzero number, the equation remains balanced. This is known as the ＂Division Property of Equality.＂

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Which property of equality is shown below? $\newline$ If: $18 = y + x$ $\newline$ Then: $\frac{18}{93} = \frac{y + x}{93}$ $\newline$ 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:

18 = y + x

\newline

Then:

\frac{18}{93} = \frac{y + x}{93}

\newline

Choices:

\newline

(A) Addition Property of Equality

\newline

(B) Subtraction Property of Equality

\newline

\newline

(D) Division Property of Equality

Analyze expressions: Analyze the given expressions. $\newline$ We have the original equation: $18 = y + x$ $\newline$ And the transformed equation: $\frac{18}{93} = \frac{(y + x)}{93}$ $\newline$ What operation is applied to both sides of the original equation? $\newline$ Both sides are divided by $93$ .
Operation applied: Identify the property of equality used. $\newline$ When we divide both sides of an equation by the same nonzero number, the equation remains balanced. $\newline$ This is known as the ＂Division Property of Equality.＂