The following table details the tasks required for​ Indiana-based Frank Pianki Industries to manufacture a fully portable industrial vacuum cleaner. The times in the table are in minutes. Demand forecasts indicate a need to operate with a cycle time of 11 minutes.                                                                                                                                                             Activity Activity Description Performance Time​ (mins) Predecessors A Attach wheels to tub 5.0   − B Attach motor to lid 1.5   − C Attach battery pack 2.8   B D Attach safety cutoff 4.0   C E Attach filters 3.0   B F Attach lid to tub 2.0   ​A, E G Assemble attachments 3.0   − H Function test 3.7   ​D, F, G I Final inspection 2.0   H J Packing 2.0   I ​a-b) One of the possible assignment of tasks to workstations is shown correctly in Fig. 2   . The efficiency of the assembly line with 3 workstations​ = 98.6498.64​% ​(enter your response rounded to two decimal​ places). ​c) The goal is to have​ 100% efficiency. Is this​ possible? No   ​d) The theoretical minimum number of workstations=33 ​(round your response up to the next whole​ number).   How did they get these answers?

Purchasing and Supply Chain Management
6th Edition
ISBN:9781285869681
Author:Robert M. Monczka, Robert B. Handfield, Larry C. Giunipero, James L. Patterson
Publisher:Robert M. Monczka, Robert B. Handfield, Larry C. Giunipero, James L. Patterson
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Problem 5.3SD: Scenario 4 Sharon Gillespie, a new buyer at Visionex, Inc., was reviewing quotations for a tooling...
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The following table details the tasks required for​ Indiana-based Frank Pianki Industries to manufacture a fully portable industrial vacuum cleaner. The times in the table are in minutes. Demand forecasts indicate a need to operate with a cycle time of
11
minutes.
                                                                                                                                                           
Activity
Activity Description
Performance Time​ (mins)
Predecessors
A
Attach wheels to tub
5.0
 
B
Attach motor to lid
1.5
 
C
Attach battery pack
2.8
 
B
D
Attach safety cutoff
4.0
 
C
E
Attach filters
3.0
 
B
F
Attach lid to tub
2.0
 
​A, E
G
Assemble attachments
3.0
 
H
Function test
3.7
 
​D, F, G
I
Final inspection
2.0
 
H
J
Packing
2.0
 
I
​a-b) One of the possible assignment of tasks to workstations is shown correctly in
Fig. 2
 
.
The efficiency of the assembly line with 3 workstations​ =
98.6498.64​%
​(enter your response rounded to two decimal​ places).
​c) The goal is to have​ 100% efficiency. Is this​ possible?
No
 
​d) The theoretical minimum number of
workstations=33
​(round your response up to the next whole​ number).
 
How did they get these answers?
Problem 9.16
Fig. 1
The following table details the tasks required for Indiana-based Frank Pianki Industries to manufacture a
fully portable industrial vacuum cleaner. The times in the table are in minutes. Demand forecasts indicate
a need to operate with a cycle time of 11 minutes.
B
Performance
Activity Activity Description
Predecessors
Time (mins)
A
Attach wheels to tub
5.0
В
Attach motor to lid
1.5
Attach battery pack
2.8
В
Attach safety cutoff
4.0
Fig. 2
Attach filters
3.0
В
F
Attach lid to tub
2.0
А, Е
G
Assemble
3.0
attachments
Function test
3.7
D, F, G
Final inspection
2.0
H
Transcribed Image Text:Problem 9.16 Fig. 1 The following table details the tasks required for Indiana-based Frank Pianki Industries to manufacture a fully portable industrial vacuum cleaner. The times in the table are in minutes. Demand forecasts indicate a need to operate with a cycle time of 11 minutes. B Performance Activity Activity Description Predecessors Time (mins) A Attach wheels to tub 5.0 В Attach motor to lid 1.5 Attach battery pack 2.8 В Attach safety cutoff 4.0 Fig. 2 Attach filters 3.0 В F Attach lid to tub 2.0 А, Е G Assemble 3.0 attachments Function test 3.7 D, F, G Final inspection 2.0 H
Problem 9.16
Questi
г
Allacii iu lu luD
2.U
и, с
Assemble
3.0
attachments
Function test
3.7
D, F, G
Final inspection
Packing
2.0
H
2.0
a-b) One of the possible assignment of tasks to workstations is shown correctly in Fig. 2.
Fig. 3
The efficiency of the assembly line with 3 workstations = 98.64 % (enter your response rounded to two
decimal places).
B.
c) The goal is to have 100% efficiency. Is this possible? No
d) The theoretical minimum number of workstations = 3 (round your response up to the next whole
пиmber).
Transcribed Image Text:Problem 9.16 Questi г Allacii iu lu luD 2.U и, с Assemble 3.0 attachments Function test 3.7 D, F, G Final inspection Packing 2.0 H 2.0 a-b) One of the possible assignment of tasks to workstations is shown correctly in Fig. 2. Fig. 3 The efficiency of the assembly line with 3 workstations = 98.64 % (enter your response rounded to two decimal places). B. c) The goal is to have 100% efficiency. Is this possible? No d) The theoretical minimum number of workstations = 3 (round your response up to the next whole пиmber).
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