Question: Here is the optimal tableau for a Max LP. 1. What is the allowable increase for b4 (constraint 4) 2. What is the allowable decrease

Here is the optimal tableau for a Max LP. 1. What

Here is the optimal tableau for a Max LP. 1. What is the allowable increase for b4 (constraint 4) 2. What is the allowable decrease for b4 3. Now suppose we change the original objective function to z =x1+3x2 but continue to use all the exact same constraints. Use the B-matrix method to find the new row0 corresponding to the BV of the above tableau. Delete the two artificial variable columns and enter with no commas or brackets and no extra spaces the entire new row0 row0 is Hint: the BV's remain the same, so still have 0's in row0, you only have to find for s4,s5 and rhs. tilde cj=c{BV} times tilde ajcj and tilde z=c{BV} times tilde b Here is the optimal tableau for a Max LP. 1. What is the allowable increase for b4 (constraint 4) 2. What is the allowable decrease for b4 3. Now suppose we change the original objective function to z =x1+3x2 but continue to use all the exact same constraints. Use the B-matrix method to find the new row0 corresponding to the BV of the above tableau. Delete the two artificial variable columns and enter with no commas or brackets and no extra spaces the entire new row0 row0 is Hint: the BV's remain the same, so still have 0's in row0, you only have to find for s4,s5 and rhs. tilde cj=c{BV} times tilde ajcj and tilde z=c{BV} times tilde b

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