Select all of the equations below that are equivalent to: rs = 13 Use properties of equality. Multi-select Choices: (A)6 + rs = 19 (B)5 + rs = 19 (C)rs + 2 = 17 (D)rs + 4 = 18

Identify Equation: Identify the original equation. The original equation is rs = 13.Check Option (A): Check if option (A) is equivalent to the original equation. Add the inverse of 6 to both sides of the equation 6 + rs = 19 to isolate rs. 6 + rs - 6 = 19 - 6 rs = 13 Option (A) is equivalent to the original equation.Check Option (B): Check if option (B) is equivalent to the original equation. Add the inverse of 5 to both sides of the equation 5 + rs = 19 to isolate rs. 5 + rs - 5 = 19 - 5 rs = 14 Option (B) is not equivalent to the original equation.Check Option (C): Check if option (C) is equivalent to the original equation. Add the inverse of 2 to both sides of the equation rs + 2 = 17 to isolate rs. rs + 2 - 2 = 17 - 2 rs = 15 Option (C) is not equivalent to the original equation.Check Option (D): Check if option (D) is equivalent to the original equation. Add the inverse of 4 to both sides of the equation rs + 4 = 18 to isolate rs. rs + 4 - 4 = 18 - 4 rs = 14 Option (D) is not equivalent to the original equation.

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Select all of the equations below that are equivalent to: $\newline$ $rs = 13$ $\newline$ Use properties of equality. $\newline$ Multi-select Choices: $\newline$ (A) $6 + rs = 19$ $\newline$ (B) $5 + rs = 19$ $\newline$ (C) $rs + 2 = 17$ $\newline$ (D) $rs + 4 = 18$

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Math Problems

Algebra 1

Identify equivalent equations

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Q. Select all of the equations below that are equivalent to:

\newline

rs = 13

\newline

Use properties of equality.

\newline

Multi-select Choices:

\newline

(A)

6 + rs = 19

\newline

(B)

5 + rs = 19

\newline

(C)

rs + 2 = 17

\newline

(D)

rs + 4 = 18

Identify Equation: Identify the original equation. $\newline$ The original equation is $rs = 13$ .
Check Option (A): Check if option (A) is equivalent to the original equation. $\newline$ Add the inverse of $6$ to both sides of the equation $6 + rs = 19$ to isolate $rs$ . $\newline$ $6 + rs - 6 = 19 - 6$ $\newline$ $rs = 13$ $\newline$ Option (A) is equivalent to the original equation.
Check Option (B): Check if option (B) is equivalent to the original equation. $\newline$ Add the inverse of $5$ to both sides of the equation $5 + rs = 19$ to isolate $rs$ . $\newline$ $5 + rs - 5 = 19 - 5$ $\newline$ $rs = 14$ $\newline$ Option (B) is not equivalent to the original equation.
Check Option (C): Check if option (C) is equivalent to the original equation. $\newline$ Add the inverse of $2$ to both sides of the equation $rs + 2 = 17$ to isolate $rs$ . $\newline$ $rs + 2 - 2 = 17 - 2$ $\newline$ $rs = 15$ $\newline$ Option (C) is not equivalent to the original equation.
Check Option (D): Check if option (D) is equivalent to the original equation. $\newline$ Add the inverse of $4$ to both sides of the equation $rs + 4 = 18$ to isolate $rs$ . $\newline$ $rs + 4 - 4 = 18 - 4$ $\newline$ $rs = 14$ $\newline$ Option (D) is not equivalent to the original equation.