Write an inequality and provide a value that may or may not be a solution to the inequality.

Sure! Here's an example of an inequality:

\[5x - 2 < 10\]

A possible value that may or may not be a solution to this inequality is \(x = 3\). Let's substitute this value into the inequality to check if it's true:

\[5(3) - 2 < 10\]
\[15 - 2 < 10\]
\[13 < 10\]

Since \(13\) is not less than \(10\), the value \(x = 3\) is not a solution to the inequality.

Sure! Let's write an inequality:

5x + 3 > 10

Now, to find a value that may or may not be a solution to the inequality, we can choose any value for x and check if it satisfies the inequality. Let's choose x = 2 and substitute it into the inequality:

5(2) + 3 > 10
10 + 3 > 10
13 > 10

Since 13 is greater than 10, the inequality is true when x = 2. Thus, x = 2 is a solution to the inequality 5x + 3 > 10.