The following table identifies the work elements, times, and immediate predecessors for the assembly line for a finished product at a company: Work Element Time (sec) Immediate Predecessor(s) 40 None B 80 30 D, E, F D 25 B E 20 B F 15 B G 120 H 145 G 1 130 H 115 C, 1 Total 720 D 25 B E 80 20 30 A J 115 15 40 G 120 O H 145 130 he product per 8-hour shift to meet the de (b) Balance the assembly line to achieve the cycle time in part (a) with minimum number of workstations. Use the longest work element rule to select the tasks. Use the table given below. Station Check for sequence Check for time Select Task Remaining time 1 o A-D-A- Heading) Heading 6 1 Normal Hal ccc AaBbc 1 No Spac. Heading 1 Replace Select- Dictate at Paragraph Styles Editing Voice Station Check for sequence check for time Select Task Remaining time (C) Summarize the assembly line in the diagram below. Write the tasks and the time for each workstation within the blocks. Work Station 1 Tasks: Work Station 2 Tasks: Work Station 3 Tasks: Time: Work Station Tasks: Time: Work Station 5 Tasks: Time: Time: Time: FECUE G 1 a arch O 40 15 G 115 1 120 H 145 130 I The company needs to assemble 192 units of the product per 8-hour shift to meet the demand. (a) What should be the line's cycle time to achieve the desired output rate? Note: Show all steps and calculations Daily Production time (480)/daily output (50) 480/50=9.6 (b) Balance the assembly line to achieve the cycle time in part (a) with minimum number of workstations. Use the longest work element rule to select the tasks. Use the table given below statione check for sequence Check for time Select Task Remaining time