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Which number line represents the solution set for the inequality 2x- 6>6 (x-2)+8

2 Answers

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we have that


2x-6 > 6*(x-2)+8\\ 2x-6 > 6x-12+8\\ 2x-6x > -4+6\\ -4x > 2\\\\ x < -(2)/(4) \\\\ x <-(1)/(2)


using a graph tool

see the attached figure


the answer is


x < -(1)/(2)

Which number line represents the solution set for the inequality 2x- 6>6 (x-2)+8-example-1
User Vanarajcs
by
6.9k points
1 vote

Answer:

The inequality is

2 x - 6 > 6(x -2) +8

To solve the inequality we will first use distributive property with respect to multiplication over subtraction

And then bring constant on one side and variable on another side keeping the inequality maintained

2 x -6 > 6 x -12 + 8

2 x -6 > 6 x - 4

6 x - 2 x< -6+4

4 x < -2

Dividing both sides by 2

x <
(-1)/(2)

Now i will draw the graph of above function.



Which number line represents the solution set for the inequality 2x- 6>6 (x-2)+8-example-1
User Dankito
by
7.0k points