Question

Y greater than or equal to |x| + 3which of the following is NOT a solution of the inequality

Answer 1

Answer:

We conclude that the point (-3, 0) does NOT satisfy the inequality.

Step-by-step explanation:

Given the expression

$y\ge \:\left|x\right|+3\:\:\:\:$

putting x = -3 and y = 6

$6\ge \left|-3\right|+3\:\:\:$

Apply absolute rule: |-a| = a

$6\ge \:6$

TRUE

Thus, the point (-3, 6) satisfies the inequality.

Given the expression

$y\ge \:\left|x\right|+3\:\:\:\:$

putting x = 0 and y = 4

$4\ge \left|0\right|+3$

Apply absolute rule: |a| = a, a≥0

$4\ge \:3$

TRUE

Thus, the point (0, 4) satisfies the inequality.

Given the expression

$y\ge \:\left|x\right|+3\:\:\:\:$

putting x = -3 and y = 0

$0\ge \left|-3\right|+3\:\:\:$

Apply absolute rule: |-a| = a

$0\ge \:6$

FALSE

Thus, the point (-3, 0) does NOT satisfy the inequality.

Therefore, we conclude that the point (-3, 0) does NOT satisfy the inequality.

Answer 2

(-3,0) would not be a solution to the inequality.