4.5-1. Consider the following statements about linear program- ming and the simplex method. Label each statement as true or false, and then justify your answer. (a) In a particular iteration of the...


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(only answer exercise d))


4.5-1. Consider the following statements about linear program-<br>ming and the simplex method. Label each statement as true or false,<br>and then justify your answer.<br>(a) In a particular iteration of the simplex method, if there is a tie for<br>which variable should be the leaving basic variable, then the next<br>BF solution must have at least one basic variable equal to zero.<br>(b) If there is no leaving basic variable at some iteration, then the<br>problem has no feasible solutions.<br>(c) If at least one of the basic variables has a coefficient of zero<br>in row 0 of the final tableau, then the problem has multiple op-<br>timal solutions.<br>(d) If the problem has multiple optimal solutions, then the prob-<br>lem must have a bounded feasible region.<br>

Extracted text: 4.5-1. Consider the following statements about linear program- ming and the simplex method. Label each statement as true or false, and then justify your answer. (a) In a particular iteration of the simplex method, if there is a tie for which variable should be the leaving basic variable, then the next BF solution must have at least one basic variable equal to zero. (b) If there is no leaving basic variable at some iteration, then the problem has no feasible solutions. (c) If at least one of the basic variables has a coefficient of zero in row 0 of the final tableau, then the problem has multiple op- timal solutions. (d) If the problem has multiple optimal solutions, then the prob- lem must have a bounded feasible region.

Jun 11, 2022
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