In the Hungarian Methodology, if the required number of lines used to eliminate all the zeroes in the Assignment Model table is not met, what would be the next step? O a. Choose the smallest value among all the "covered" numbers, subtract that number from all other covered numbers, and add that same number to all uncovered numbers. o b. Choose the smallest value among all the "uncovered" numbers, subtract that number from all other uncovered numbers, and add that same number to all numbers found at the intersection of the horizontal and vertical lines. O . Do nothing. The situation above implies there is no solution. o d. Choose the smallest value among all the "uncovered" numbers, subtract that number from all covered numbers, and add that same number to all other uncovered numbers.

Practical Management Science
6th Edition
ISBN:9781337406659
Author:WINSTON, Wayne L.
Publisher:WINSTON, Wayne L.
Chapter4: Linear Programming Models
Section: Chapter Questions
Problem 111P
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In the Hungarian Methodology, if the required number of lines used to eliminate all the
zeroes in the Assignment Model table is not met, what would be the next step?
O a. Choose the smallest value among all the "covered" numbers, subtract that number from all other covered
numbers, and add that same number to all uncovered numbers.
o b. Choose the smallest value among all the "uncovered" numbers, subtract that number from all other uncovered
numbers, and add that same number to all numbers found at the intersection of the horizontal and vertical
lines.
O c. Do nothing. The situation above implies there is no solution.
o d. Choose the smallest value among all the "uncovered" numbers, subtract that number from all covered numbers,
and add that same number to all other uncovered numbers.
Transcribed Image Text:In the Hungarian Methodology, if the required number of lines used to eliminate all the zeroes in the Assignment Model table is not met, what would be the next step? O a. Choose the smallest value among all the "covered" numbers, subtract that number from all other covered numbers, and add that same number to all uncovered numbers. o b. Choose the smallest value among all the "uncovered" numbers, subtract that number from all other uncovered numbers, and add that same number to all numbers found at the intersection of the horizontal and vertical lines. O c. Do nothing. The situation above implies there is no solution. o d. Choose the smallest value among all the "uncovered" numbers, subtract that number from all covered numbers, and add that same number to all other uncovered numbers.
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