Select all of the equations below that are equivalent to: 17 = jk Use properties of equality. Multi-select Choices: (A)9 = jk − 10 (B)5 = jk − 13 (C)7 = jk − 10 (D)4 = jk − 12

Initial Analysis: To determine which equations are equivalent to 17 = jk, we need to see if the right side of each equation can be manipulated to equal 17 when the left side is simplified.Choice (A): For choice (A) 9 = jk - 10, we can add 10 to both sides to isolate jk. 9 + 10 = jk - 10 + 10 19 = jk This is not equivalent to 17 = jk.Choice (B): For choice (B) 5 = jk - 13, we can add 13 to both sides to isolate jk. 5 + 13 = jk - 13 + 13 18 = jk This is not equivalent to 17 = jk.Choice (C): For choice (C) 7 = jk - 10, we can add 10 to both sides to isolate jk. 7 + 10 = jk - 10 + 10 17 = jk This is equivalent to 17 = jk.Choice (D): For choice (D) 4 = jk - 12, we can add 12 to both sides to isolate jk. 4 + 12 = jk - 12 + 12 16 = jk This is not equivalent to 17 = jk.

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Select all of the equations below that are equivalent to: $\newline$ $17 = jk$ $\newline$ Use properties of equality. $\newline$ $\newline$ Multi-select Choices: $\newline$ (A) $9 = jk - 10$ $\newline$ (B) $5 = jk - 13$ $\newline$ (C) $7 = jk - 10$ $\newline$ (D) $4 = jk - 12$

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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

17 = jk

\newline

Use properties of equality.

\newline

\newline

Multi-select Choices:

\newline

(A)

9 = jk - 10

\newline

(B)

5 = jk - 13

\newline

(C)

7 = jk - 10

\newline

(D)

4 = jk - 12

Initial Analysis: To determine which equations are equivalent to $17 = jk$ , we need to see if the right side of each equation can be manipulated to equal $17$ when the left side is simplified.
Choice (A): For choice (A) $9 = jk - 10$ , we can add $10$ to both sides to isolate $jk$ . $\newline$ $9 + 10 = jk - 10 + 10$ $\newline$ $19 = jk$ $\newline$ This is not equivalent to $17 = jk$ .
Choice (B): For choice (B) $5 = jk - 13$ , we can add $13$ to both sides to isolate $jk$ . $\newline$ $5 + 13 = jk - 13 + 13$ $\newline$ $18 = jk$ $\newline$ This is not equivalent to $17 = jk$ .
Choice (C): For choice (C) $7 = jk - 10$ , we can add $10$ to both sides to isolate $jk$ . $\newline$ $7 + 10 = jk - 10 + 10$ $\newline$ $17 = jk$ $\newline$ This is equivalent to $17 = jk$ .
Choice (D): For choice (D) $4 = jk - 12$ , we can add $12$ to both sides to isolate $jk$ . $\newline$ $4 + 12 = jk - 12 + 12$ $\newline$ $16 = jk$ $\newline$ This is not equivalent to $17 = jk$ .