Picture 2 and 3 is the same question. i just couldnt fit it as one picture

Picture 4 is a different question but uses the same instruction as Question 12 ( Picture 2 & 3)

Question 11 1 pts Compute the number of kanbans (trays) necessary for this process. Average leadtime - 4.0 hours Average demand during leadtime = 95 parts per hour Safety stock required = 10% Each tray or kanban holds 80 parts The number of kanban trays required such that employees are not stressed or overworked is: 6 trays O 5.225 trays 400 trays O 5 trays Question 12 1 pts Five jobs need to be scheduled and are due according to the table below. Jobs are given an identification letter based on their arrival, i.e. Job A arrived first, Job B arrived second, and so on. The following information is available: Job B D E Processing Time 6 8 2 10 4 Due Date 10 15111 5 12 8 FCFS Job Sequencing Rule Ordered Jobs Processing Time Completion Time Due Date Days Late EDD Job Sequencing Rule Ordered Job Processing Time Completion Time Due Date Days Late 10 4 FCFS Job Sequencing Rule Ordered Jobs Processing Time Completion Time Due Date Days Late EDD Job Sequencing Rule Ordered Job Processing Time Completion Time Due Date Days Late The best job sequencing rule to use based on average job completion time is: O FCFS OEDD Indifferent, i.e. both are equally good MacBook D E 10 4 12 8 FCFS Job Sequencing Rule Ordered Jobs Processing Time Completion Time Due Date Days Late EDD Job Sequencing Rule Ordered Job Processing Time Completion Time Due Date Days Late The best job sequencing rule to use based on the total number of jobs late is: OEDD indifferent, ie, both are equally good O FCFS