The absolute value function takes any term and transforms it to its non-negative form. Therefore, we must solve the term within the absolute value function for both its negative and positive equivalent.
Solution 1:
#color(red)(3)(x - 2) = -10#
#(color(red)(3) xx x) - (color(red)(3) xx 2) = -10#
#3x - 6 = -10#
#3x - 6 + color(red)(6) = -10 + color(red)(6)#
#3x - 0 = -4#
#3x = -4#
#(3x)/color(red)(3) = -4/color(red)(3)#
#(color(red)(cancel(color(black)(3)))x)/cancel(color(red)(3)) = -4/3#
#x = -4/3#
Solution 1:
#color(red)(3)(x - 2) = 10#
#(color(red)(3) xx x) - (color(red)(3) xx 2) = 10#
#3x - 6 = 10#
#3x - 6 + color(red)(6) = 10 + color(red)(6)#
#3x - 0 = 16#
#3x = 16#
#(3x)/color(red)(3) = 16/color(red)(3)#
#(color(red)(cancel(color(black)(3)))x)/cancel(color(red)(3)) = 16/3#
#x = 16/3#
The Solution Is: #x = {-4/3, 16/3}#