Given the following information, assign tasks to work stations using the most followers rule. Assume the cycle time is 60 seconds and the minimum number of workstations is 3. Submit for each workstation (1,2,3,4 etc.), the tasks assigned in order of assignment, the idle time for each work station and the total idle time. (It will help for you to make the diagram but you are not required to submit the diagram)

Given the following information, assign tasks to work stations using the most followers rule. Assume the cycle time is 60 seconds and the minimum number of workstations is 3. Submit for each workstation (1,2,3,4 etc.), the tasks assigned in order of assignment, the idle time for each work station and the total idle time. (It will help for you to make the diagram but you are not required to submit the diagram)

Practical Management Science

6th Edition

ISBN:9781337406659

Author:WINSTON, Wayne L.

Publisher:WINSTON, Wayne L.

Chapter2: Introduction To Spreadsheet Modeling

Section: Chapter Questions

Problem 20P: Julie James is opening a lemonade stand. She believes the fixed cost per week of running the stand...

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Given the following information, assign tasks to work stations using the most followers rule. Assume the cycle time is 60 seconds. Submit for each workstation (1,2,3 etc.), the tasks assigned in order of assignment, the idle time for each work station and the total idle time. (It will help for you to make the diagram but you are not required to submit the diagram) Immediate Task Task Time (seconds) Predecessor 35 50 A. 20 10 25 F\ C.E 40 Edit Format Table Paragraph V BIUA 12pt v Immediate Predecessor Task Time (seconds) Task
Given the following information, assign tasks to work stations using the most followers rule. Assume the cycle time is 60 seconds and the minimum number of workstations is 3. Submit for each workstation (1,2,3,4 etc.), the tasks assigned in order of assignment, the idle time for each work station and the total idle time. (It will help for you to make the diagram but you are not required to submit the diagram) Task A D w Immediate Predecessor D CE Task Time (seconds) 35 50 20 10 25 40
Glaudious is 45 years old university internship coordinator. He is handling 80 interns and he would like to perform the following tasks in an easy and fast way. He also encountered an accident a year ago which caused his right leg to have a bone minor fracture which caused him to limit the place he can go. He would like that he can perform the tasks anytime and anywhere. Below are the tasks of Prof Glaudios. 1) He registers the students undergoing internship, this includes the term in a schoolyear, the company name where the student is undergoing internship, directsupervisor of the intern, start of duty, Number of Hours of duty per day, andthe Job of the student-intern in the company. 2) He will also view the following: a) Individual internship record in a term-sem-school year b) Interns details in a company Based on the scenario above, model the tasks of Prof Glaudious by creating a Task Analysis.
Glaudious is 45 years old university internship coordinator. He is handling 80 interns and he would like to perform the following tasks in an easy and fast way. He also encountered an accident a year ago which caused his right leg to have a bone minor fracture which caused him to limit the place he can go. He would like that he can perform the tasks anytime and anywhere. Below are the tasks of Prof Glaudios. 1) He registers the students undergoing internship, this includes the term in a schoolyear, the company name where the student is undergoing internship, directsupervisor of the intern, start of duty, Number of Hours of duty per day, andthe Job of the student-intern in the company. 2) He will also view the following: a) Individual internship record in a term-sem-school year b) Interns details in a company using the Professor Glaudious Scenario, provide the requirements specification: a. Functional b. Data c. Environmental d. User e. Usability
Karina Nieto works for New Products Inc., and one of hermany tasks is assigning new workers to departments. Thecompany recently hired six new employees and would likeeach one to be assigned to a different department. The em-ployees have completed a two-month training session ineach of the six departments from which they received theevaluations shown below (higher numbers are better).Determine how the new employees should be assigned todepartments so that overall performance is maximized.
Example-2 Using the information contained in the table shown, do each of the following: 1. Draw a precedence diagram. Assuming an eight-hour workday, compute the cycle time needed to obtain an output of 400 units per day. 2. 3. Determine the minimum number of workstations required. Assign tasks to workstations using this rule: Assign tasks according to greatest number of following tasks. In case of a tie, use the tiebreaker of assigning the task with the longest processing time first. 4. Immediate Predecessor Task Time Task (in minutes) a. 0.2 a 0.2 0.8 0.6 0.3 d, e 1.0 0.4 0.3 Et-3.8 5. Compute the resulting percent idle time and efficiency of the system.
Twelve tasks, with times and precedence requirements as shown in the following table, are tobe assigned to workstations using a cycle time of 1.5 minutes. Two heuristic rules will be tried:(1) greatest positional weight, and (2) most following tasks.In each case, the tiebreaker will be shortest processing time. TaskLength(minutes)ImmediatePredecessora 0.1 —b 0.2 ac 0.9 bd 0.6 ce 0.1 —f 0.2 d, eg 0.4 fh 0.1 gi 0.2 hj 0.7 ik 0.3 jl 0.2 k a. Draw the precedence diagram for this line.b. Assign tasks to stations under each of the two rules.c. Compute the percentage of idle time for each rule
If the cycle time is 65.4 seconds and A is assigned as the first task in Workstation #1, what is the idle time after assigning task A? Task Task Time (seconds) Tasks That Must Precede Other Tasks Number of Following Tasks A 28 - 7 B 13 - 8 C 35 B 7 D 11 A 6 E 20 C 6 F 6 D, E 5 G 23 F 3 H 25 F 2 I 37 G 1 J 11 G, H 1 K 27 I, J 0 Total 236 a. 26.9 minutes b. 37.4 seconds c. 28.5 seconds d. 31.6 seconds e. 57.6 seconds
Use the given tasks and predecessors for this problem. The required cycle time is 25 seconds and tasks are assigned to workstations using the "longest task time" rule to break any ties. If task A is assigned to Workstation 1, what is the next task that should be assigned to Workstation 1? (slide 28) Task Time (sec) Predecessor(s) A 20 none B. 30 C 10 D. 20 В. С Task B O None. Workstation 1 should only have Task A assigned. O Task C O Task D
Given this list of tasks, how much idle time is at station 3 if the cycle time is 15 minutes and the Longest Operation Time heuristic is used? Task Duration (min) Predecessor A 8 -- B 7 A C 9 B D 6 C E 7 C F 7 D,E G 9 F H 12 G ANSWER Unselected 3 minutes Unselected 2 minutes Unselected 1 minute Unselected I DON'T KNOW YET
Example-2 Using the information contained in the table shown, do each of the following: 1. Draw a precedence diagram. 2. Assuming an eight-hour workday, compute the cycle time needed to obtain an output of 400 units per day. 3. Determine the minimum number of workstations required. Assign tasks to workstations using this rule: Assign tasks according to greatest number of following tasks. In case of a tie, use the tiebreaker of assigning the task with the longest processing time first. 4. Immediate Predecessor Task Time Task (in minutes) a. 0.2 0.2 0.8 06 b 0.3 f d, e 1.0 f 0.4 g 0.3 Et-3.8 5. Compute the resulting percent idle time and efficiency of the system.
As part of a major plant renovation project, the industrial engineering department has been asked to balance a revised assembly operation to achieve an output of 250 units per 8-hour day. Task times and precedence relationships are as follows: Task Duration(minutes) ImmediatePredecessor a 0.5 - b 0.4 a c 0.5 b d 0.3 - e 1.8 d f 1.9 c g 2 e, f Do each of the following: a. Determine the number of followers for each task. (Please answer number of tasks following task for A-G)