First, we need to expand the terms within the parenthesis on each side of the equation by multiplying the by the terms outside the parenthesis:
#(color(red)(3) * 2) - (color(red)(3) * 3x) > (color(blue)(4) * 1) - (color(blue)(4) * 4x) #
#6 - 9x > 4 - 16x#
Next, we can isolate the #x# terms on the left side of the inequality and the constants on the right side of the inequality by adding the correct values to zero out the necessary terms:
#6 - 9x + color(red)(16x) - color(blue)(6) > 4 - 16x + color(red)(16x) - color(blue)(6)#
#6 - color(blue)(6) - 9x + color(red)(16x) > 4 - 16x + color(red)(16x) - color(blue)(6)#
#0 - 9x + 16x > 4 - 0 - 6#
#-9x + 16x > 4 - 6#
Then, we can combine like terms on each side of the inequality:
#(-9 + 16)x > -2#
#7x > -2#
Now, we can solve for #x# by dividing each side of the inequality by #color(red)(7)#:
#(7x)/color(red)(7) > -2/color(red)(7)#
#(color(red)(cancel(color(black)(7)))x)/cancel(color(red)(7)) > -2/7#
#x > -2/7#