First, multiply each side of the equation by #color(red)(4)# to eliminate the fractions. #color(red)(4)# is used because it is the Lowest Common Denominator for both fractions:
#color(red)(4)(x/4 + 9) = color(red)(4)(x/2 - 4)#
#(color(red)(4) xx x/4) + (color(red)(4) xx 9) = (color(red)(4) xx x/2) - (color(red)(4) xx 4)#
#(color(red)(4)x)/4 + 36 = (color(red)(4)x)/2) - 16#
#color(red)(4)/4x + 36 = color(red)(4)/2x - 16#
#1x + 36 = 2x - 16#
Now, Subtract #color(red)(1x)# and add #color(blue)(16)# to each side of the equation to solve for #x# while keeping the equation balanced:
#1x - color(red)(1x) + 36 + color(blue)(16) = 2x - color(red)(1x) - 16 + color(blue)(16)#
#0 + 52 = (2 - color(red)(1))x - 0#
#52 = 1x#
#52 = x#
#x = 52#