In: Operations Management
Gibson's Bodywork does automotive collision work. An insurance agency has determined that the standard time to replace a fender is 0.16 hours (i.e., "standard output" equals 6.25 fenders perhour) and is willing to pay Gibson $95per hour for labor (parts and supplies are billed separately). Gibson pays its workers $75 per hour. Suppose Gibson's workers take 7 hours to replace a fender.
a. Gibson's labor hour efficiency is _____%. (Enter your response rounded to two decimal places.)
Given Gibson's labor costs, the company ______will /or will not make money on the job.
b. Gibson's labor hour efficiency has to be _____% for Gibson to break even on the job. (Enter your response rounded to two decimal places.)
Answer A.
Gibson labor hour efficiency = (actual output/ standard output)
*100
Where actual output of labor = 1/(Time to replace a single fender)
= 1/7 = 0.143
And, standard output of labor = 1/ (Standard time to replace a
fender) = 1/0.16 =6.25
Gibson labor hour efficiency = (actual output of labor) / (standard
output of labor) = 0.143 / 6.25 =
2.29%
Answer b.
Gibson's labor hour efficiency has to be _____% for Gibson to break even on the job.
The insurance agency pays $95 per hour for a labor, therefore for 0.16 hours of work they pay 0.16 *$95 = $15.2 per labor-hour
Gibson pays to his workers $75 per hour for each labor for 7 hours work, therefore he pay total 7 *$75 = $525 per labor-hour
So Gibson is losing $525 - $15.2 = $509.8 per hour
At breakeven point, the labor cost for Gibson should be $15.2
and needs ($15.2/$75=) 0.2027 hours to replace a fender or actual
output of labor = 1/0.2027 = 4.93 per hour
Gibson's labor hour efficiency has to be ((4.93/ 6.25) *100)
=78.88% for Gibson to break-even on the job