SOLUTION: X € (real numbers) and -1<3-2x< or = 7, evaluate x and represent it on a number line

Algebra.Com
Question 947677: X € (real numbers) and -1<3-2x< or = 7, evaluate x and represent it on a number line
Found 2 solutions by josgarithmetic, MathTherapy:
Answer by josgarithmetic(39623)   (Show Source): You can put this solution on YOUR website!
-1<3-2x<=7



SOLVE for x using the number properties already familiar to you but now including what happens in case of multiplying by a negative value (which reverses the inequality direction).



, note the reversed inequality symbols.

Answer by MathTherapy(10555)   (Show Source): You can put this solution on YOUR website!
X € (real numbers) and -1<3-2x< or = 7, evaluate x and represent it on a number line

In order to show the values of x for this inequality, the following is done on the number line:
1) A shaded circle is placed on - 2
2) An open circle is placed on 2
3) The interval between - 2 and 2 should have a heavily-weighted line
These values for x are reflected on the number line below:

RELATED QUESTIONS

Hello...I have several questions, i have worked all of them but do not understand the... (answered by albert)
find the domain of this real function and label it on a number line or express it in set... (answered by lynnlo)
Please can anyone help me I am lost. 17. On three consecutive passes, a football team... (answered by JBarnum)
Given the compound Inequality below, solve for the solution interval and graph the... (answered by ikleyn)
Please someone help me I am so lost. 17. On three consecutive passes, a football team (answered by JBarnum)
1 . Which of the following sets is not closed under addition? A. odd numbers B. real... (answered by rapaljer,jim_thompson5910)
Solve and graph on a real number line: 2(3x-5)+ 7 > x +... (answered by Pieter)
true or false, the graph of 2x-3y=6 is a line, for all real numbers x and... (answered by jim_thompson5910)
Find the domain of rational function: (2x+1)/(x-5)+1/(x+7) A. real numbers except 5... (answered by stanbon)