# SOLUTION: Please help me with this problem: Solve the following absolute value inequalities: The absolute value of (x+1)is less than or equal to the absolute value of (x-3). I'm sor

Algebra ->  Algebra  -> Inequalities -> SOLUTION: Please help me with this problem: Solve the following absolute value inequalities: The absolute value of (x+1)is less than or equal to the absolute value of (x-3). I'm sor      Log On

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 Question 92613: Please help me with this problem: Solve the following absolute value inequalities: The absolute value of (x+1)is less than or equal to the absolute value of (x-3). I'm sorry I don't know how to key in a problem like that. I know how to solve a problem with absoulute value on one side, but does that same concept apply? Do you separate each side? I really have no idea where to go from here. Any help would be GREATLY appreciated. ~AmandaFound 2 solutions by stanbon, psbhowmick:Answer by stanbon(57387)   (Show Source): You can put this solution on YOUR website!Please help me with this problem: Solve the following absolute value inequalities: The absolute value of (x+1)is less than or equal to t he absolute value of (x-3). ------------- --------------- Solution: x<=1 ============ Cheers, Stan H. Answer by psbhowmick(529)   (Show Source): You can put this solution on YOUR website!|x+1| => |x-3| Let us consider different cases with different sets of values of 'x': 1. x <= -1; then the inequality becomes: -(x+1) => -(x-3) i.e. -3 >= 1 which is absurd 2. -1<= x <= 3; then the inequality becomes: x+1 => -(x-3) i.e. x >= 1 3. 3<= x; then the inequality becomes: x+1 => x-3 i.e. 1 >= -3 which is true So, the solution is: x >= 1.