How do you graph the inequality #x<-4#? Algebra Linear Inequalities and Absolute Value Linear Inequalities in Two Variables 1 Answer MeneerNask Jul 5, 2017 #x=-4# is a vertical line through #(-4,y)#, where #y# may have any value. Explanation: Because of the #<# everything left of this line is the solution space (not including the line itself!) Answer link Related questions How do you graph linear inequalities in two variables? How many solutions does a linear inequality in two variables have? How do you know if you need to shade above or below the line? What is the difference between graphing #x=1# on a coordinate plane and on a number line? How do you graph #y \le 4x+3#? How do you graph #3x-4y \ge 12#? How do you graph #y+5 \le -4x+10#? How do you graph the linear inequality #-2x - 5y<10#? How do you graph the inequality #–3x – 4y<=12#? How do you graph the region #3x-4y>= -12#? See all questions in Linear Inequalities in Two Variables Impact of this question 1202 views around the world You can reuse this answer Creative Commons License