Which of the following are solutions to the inequality below? Select all that apply. y ≤ 12 Multi-select Choices: (A)y = 11 (B)y = 8 (C)y = 7 (D)y = 2

Understand the inequality: Understand the inequality y ≤ 12. This inequality means that y can be any number less than or equal to 12.Check y = 11: Check if y = 11 is a solution to the inequality y ≤ 12. Substitute y with 11 and check if the inequality holds true. 11 ≤ 12 Since 11 is less than 12, y = 11 satisfies the inequality.Check y = 8: Check if y = 8 is a solution to the inequality y ≤ 12. Substitute y with 8 and check if the inequality holds true. 8 ≤ 12 Since 8 is less than 12, y = 8 satisfies the inequality.Check y = 7: Check if y = 7 is a solution to the inequality y ≤ 12. Substitute y with 7 and check if the inequality holds true. 7 ≤ 12 Since 7 is less than 12, y = 7 satisfies the inequality.Check y = 2: Check if y = 2 is a solution to the inequality y ≤ 12. Substitute y with 2 and check if the inequality holds true. 2 ≤ 12 Since 2 is less than 12, y = 2 satisfies the inequality.

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Q. Which of the following are solutions to the inequality below? Select all that apply.

\newline

y \leq 12

\newline

Multi-select Choices:

\newline

(A)

y = 11

\newline

(B)

y = 8

\newline

(C)

y = 7

\newline

(D)

y = 2

Understand the inequality: Understand the inequality $y \leq 12$ . This inequality means that $y$ can be any number less than or equal to $12$ .
Check $y = 11$ : Check if $y = 11$ is a solution to the inequality $y \leq 12$ . $\newline$ Substitute $y$ with $11$ and check if the inequality holds true. $\newline$ $11 \leq 12$ $\newline$ Since $11$ is less than $12$ , $y = 11$ satisfies the inequality.
Check $y = 8$ : Check if $y = 8$ is a solution to the inequality $y \leq 12$ . $\newline$ Substitute $y$ with $8$ and check if the inequality holds true. $\newline$ $8 \leq 12$ $\newline$ Since $8$ is less than $12$ , $y = 8$ satisfies the inequality.
Check $y = 7$ : Check if $y = 7$ is a solution to the inequality $y \leq 12$ . $\newline$ Substitute $y$ with $7$ and check if the inequality holds true. $\newline$ $7 \leq 12$ $\newline$ Since $7$ is less than $12$ , $y = 7$ satisfies the inequality.
Check $y = 2$ : Check if $y = 2$ is a solution to the inequality $y \leq 12$ . Substitute $y$ with $2$ and check if the inequality holds true. $2 \leq 12$ Since $2$ is less than $12$ , $y = 2$ satisfies the inequality.