First, expand the terms in parenthesis on the left side of the inequality by multiplying each term within the parenthesis by #color(red)(0.3)#
#color(red)(0.3)(x + 1) >= 0.2x - 0.3#
#(color(red)(0.3) xx x) + (color(red)(0.3) xx 1) >= 0.2x - 0.3#
#0.3x + 0.3 >= 0.2x - 0.3#
Next, subtract #color(red)(0.3)# and #color(blue)(0.2x)# from each side of the inequality to isolate the #x# term while keeping the inequality balanced:
#0.3x + 0.3 - color(red)(0.3) - color(blue)(0.2x) >= 0.2x - 0.3 - color(red)(0.3) - color(blue)(0.2x)#
#0.3x - color(blue)(0.2x) + 0.3 - color(red)(0.3) >= 0.2x - color(blue)(0.2x) - 0.3 - color(red)(0.3)#
#0.1x + 0 >= 0 - 0.6#
#0.1x >= -0.6#
Now, divide each side of the inequality by #color(red)(0.1)# to solve for #x# while keeping the inequality balanced:
#(0.1x)/color(red)(0.1) >= -0.6/color(red)(0.1)#
#(color(red)(cancel(color(black)(0.1)))x)/cancel(color(red)(0.1)) >= -6#
#x >= -6#