Using Johnson's rule for 2-machine scheduling, the sequence is:

For the schedule developed using Johnson's rule, the total length of time taken to complete the six jobs (including the 2nd operation) = ____hours (enter your response as a whole number).

Six jobs are to be processed through a two-step operation. The first operation involves sanding, and the second involves painting. Processing times are as follows: Job Operation 1 (hours) Operation 2 (hours)

Scheduled Order Job 1 2 3 4 5 6 Using Johnson's rule for 2-machine scheduling, the sequence is: Six jobs are to be processed through a two-step operation. The first operation involves sanding, and the second involves painting. Processing times are as follows: Scheduled Order Job 1 Job Operation 1 (hours) 4 Operation 2 (hours) 8 2 A B 10 3 5 11 4 D 14 14 E 6 1 5 F 7 12 6 For the schedule developed using Johnson's rule, the total length of time taken to complete the six jobs (including the 2nd operation) = [hours (enter your response as a whole number). Using Johnson's rule for 2-machine scheduling, the sequence is: Six jobs are to be processed through a two-step operation. The first operation involves sanding, and the second involves painting. Processing times are as follows: Scheduled Order Job 1 Job Operation 1 (hours) 4 Operation 2 (hours) 8 2 A B 3 10 3 F 4 14 5 11 14 1 12 D E 6 7 5 F 6 B E o complete the six jobs (including the For the schedule developed using Johnson's rule, the total length of t 2nd operation) = hours (enter your response as a whole number)