a) Determine the total distance travelled by customers through the retail outlet on a weekly basis according to the present layout. b) Re-arrange the six departments such that the weekly total customer movement (distance) is minimized. c) Evaluate each of your proposed layouts. d) Even if you might be analyzing several possible layouts, choose only one of them based on their evaluations; i.e., which of them has the minimum Load * Distance. Draw a diagram of your proposed layout.
a) Determine the total distance travelled by customers through the retail outlet on a weekly basis according to the present layout. b) Re-arrange the six departments such that the weekly total customer movement (distance) is minimized. c) Evaluate each of your proposed layouts. d) Even if you might be analyzing several possible layouts, choose only one of them based on their evaluations; i.e., which of them has the minimum Load * Distance. Draw a diagram of your proposed layout.
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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Transcribed Image Text:Trinity Valley Furniture Warehouse has purchased a retail outlet with six departments,
as shown below. The anticipated number of customers that move between departments
each week is given in the load summary chart. Each department is 30 ft x 30 ft.
Present Layout
A
В
C
D
E
F
Proposed Layout
Distance,
feet
Present Layout
Load
Distance,
feet
From/To
А — В
А - F
В -Е
С - В
D - C
E - A
Е -F
F - B
# Customers
Load * Distance
Load * Distance
70
50
100
70
80
40
30
60
F- E
100
Total
a) Determine the total distance travelled by customers through the retail outlet
on a weekly basis according to the present layout.
b) Re-arrange the six departments such that the weekly total customer
movement (distance) is minimized.
c) Evaluate each of your proposed layouts.
d) Even if you might be analyzing several possible layouts, choose only one of
them based on their evaluations; i.e., which of them has the minimum Load
* Distance. Draw a diagram of your proposed layout.
Present the results of your calculations on the table above.
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