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An inequality requires an inequality sign, usually "less than", "less-than-or-equal", "greater than", or "greater than or equal".
Assuming one of these inequality signs is between the "4x" and the "12", for example:
4x < 12,
just divide both sides by 4. Just as when you solve equations, the idea is to isolate the variable on one side.
What else can I help you with?
Which operation gives the solution to the inequality 4x less than or equal to 12?
Division by 4: 4x ≤ 12 divide both sides by 4: x ≤ 3
ArHow do you solve the inequality 12?
It seems like your question is incomplete. To solve an inequality involving 12, you'll need to specify what the inequality is (e.g., (12 < x), (12 \geq 3x), etc.). Once you provide the complete inequality, I can guide you through the solution process!
Which ordered pair is not a solution of the inequality 3x-2y12?
To determine which ordered pair is not a solution of the inequality (3x - 2y < 12), you would need to substitute the x and y values from each ordered pair into the inequality. If the resulting expression does not satisfy the inequality, then that pair is not a solution. Please provide the ordered pairs you want me to evaluate.
Which inequality has 20 as a solution?
To find the inequality with 20 as a solution, we can represent it as x > 20, x ≥ 20, x < 20, or x ≤ 20. The inequality x ≥ 20 would have 20 as a solution since it includes all values greater than or equal to 20. This means that any number equal to or greater than 20 would satisfy the inequality x ≥ 20.
What is the solution to the inequality of 4g is less than 7g plus 12 detailing your work?
4g < 7g+12 Subtract 7g from both sides: 4g-7g < 12 -3g < 12 Divide both sides by -3 and reverse the inequality sign: g > -4 on the number line
Which number(s) below belong to the solution set of the inequality Check all that apply. 11x 132?
To solve the inequality ( 11x < 132 ), we divide both sides by 11, resulting in ( x < 12 ). Therefore, any number less than 12 belongs to the solution set. If you have specific numbers to check, please provide them, and I can help determine which ones belong to the solution set.
What is the solution to -4x-7 greater than 5?
To solve the inequality (-4x - 7 > 5), first add 7 to both sides to get (-4x > 12). Next, divide both sides by -4, remembering to reverse the inequality sign, resulting in (x < -3). Thus, the solution is (x < -3).
If the replacement set is the set of integers find the solution set for the inequality x plus 11 greater than 12?
x=2, 3, 4...
How do you solve -12 is less than or equal to -12?
You normally "solve" something when there is a variable involved. In this case there is no variable. All you have to do is decide whether it is true or false. If this is derived from an original equation (or, in this case, inequality) which involved variables, then if the equation (or inequality) without variables is true, it means it is true for ANY value of the variable. If it is false, the original equation (or inequality) can't be satisfied by any value of the variable.
What is the solution to this inequality -1 is less than or equals to r plus 12 less than or equals to 50?
'r' is equal to, or anywhere between, -13 and 38 .
What is the solution to the inequality 4(2x plus 2) plus 12 and gt 1004(2x plus 2) plus 12 and gt 100?
There is no solution to: 4(2x + 2) + 12 > 1004(2x + 2) + 12 > 100 For 4(2x + 2) + 12 > 1004(2x + 2) + 12 to have a solution x < -1 which makes 1004(2x + 2) + 12 < 12, BUT 1004(2x + 2) + 12 is supposed to be greater than 100. Perhaps there is a missing operator in the digits of 1004?
Which of the following is a solution of 12x - 7 > 6?
12x - 7 > 6 This is an Inequality, In simplistic form treat the inequality as an 'equals'. Hence 12x - 7 > 6 Add '7' to both sides 12x > 13 Divide both sides by '12' x > 13/12 ( = 1 1/12) Verification. When x = 1 12(1) - 7 = 12 - 7 = 5 , Which is NOT greater than '6' When x - 2 12(2) - 7 = 24 - 7 = 17 ( which is greater than '6' So any number greater than (>) '1 1/12 ' will satisfy the inequality .
