UUUAssume an MIP with five integer variables, X1,X2, X3, X4, and x5.Given the following LP relaxation solution,=×₁ = 2.5, x2 = 3.7, x3 = 4, x4 = 5.9 and X51.7, which of the following are valid down-branch and up-branch restrictions,respectively, that would be used in branchand bound (select all that apply)x1 ≤ 2, x1 ≥ 2x2 ≤ 4, x2 ≥ 3x3 ≤ 4, x3 > 5x4≤ 5, x4 ≤ 6x5 ≤ 1, x5 > 2All of the branches listed☐ None of the branches listed

The question presents a Mixed Integer Programming (MIP) problem with five integer variables x1, x2,…

Answered: Assume an MIP with five integer…

Similar questions

please solve asap need help
Consider the minterm expansion for f=Σm(1, 3, 4, 5, 6, 7, 9, 11) with 4 variables. (a) Draw its Karnaugh map. (b) Write down expression for all the prime implicants. (c) Write down expression for all the essential prime implicants. (d) Write down the minimum sum of product expression for f.
Lab 3Specific Energy Consumption and Constructing Simple Linear Regression Aim: To plot graphs and construct regression model. Consider the weekly production and energy consumption for a factory. Energy (kWh) 140726 Week Production (tonnes) 1 150 2 103223 3 60 90764 4 50 87567 5 170 146600 6 180 154773 7 120 121575 8 81436 9 110 115586 10 90 105909 11 40 83916 12 50 86272 140 125892 14 155 138966 15 165 139922 16 152274 17 40 77788 18 55 82711 150 124317 20 80 94677 21 63 84628 110 70 24 170 25 190 141428 26 160 141215 120 118319 28 190 152506 Specific energy (kWh/tonne) 29 80 99267 30 90 94468 31 180 140188 32 70 91262 33 50 78248 34 155 128005 35 167 36 120 131003 109192 (i) Make a graph using excel where production and electricity con- sumption are plotted on one graph. Have electricity consump- tion on primary vertical axis and production on secondary ver- tical axis. Horizontal will have time (in weeks). Comment on the trend 108041 89115 136388 (ii) Calculate the specific energy…
DO NOT COPY FROM OTHER WEBSITES Correct and detailed answer will be Upvoted else downvoted. Thank you!
Simplify the following Boolean functions, using three-variable K-maps: F = A’B’ + BC + A’BC’
Find the simplest POS expression using K- Maps for the following functions. For each, list all prime implicants found in the K-Map, then list only the essential prime implicants, and then list the simplest solution. i. f (x1, x2, x3) = II M (0, 1, 2, 4, 5) ii. f (x1,x2, x3, x4) = ПМ (0, 1, 2,4, 5) Em (1, 2,5, 6, 7,8, 10, 14)
. Obtain the canonical SOP form of the following functions: (i) y(A,B) = A+B (ii) f (A,B,C) = A+BC
Please use four variables K-map and show your work on a paper
Using any CAS or programming language
Consider the following Boolean function: ● f(x, y, z)=xy+(x+z+xy) Create the input/output table that matches this function. Write the DNF Boolean expression for f(x,y,z) based on the input/output table you created in part. Then write a CNF epression for f(x,y,z)
A Boolean function F (A,B,C) of truth table at below（PLS step by step） 1，Provide the minterm expansion of F . 2，Provide the minterm expansion and the maxterm expansion of F’s complement, respectively. Assume that we don’t care the value of F when ABC=001. i. What is the minterm expansion of F? ii. Choose a proper value for the don’t care term and provide the shortest possible expression of POS (product of sum) for F . (Hint: Minimize the number of maxterms)
PYTHON/JUPYTER NOTEBOOKS Given the following net reaction rate density vector in units of mols/(s ml) r =(0.690351.11066−0.13213−0.886660.13489−0.50093−0.54989). Compute the species production rate density vector, r, and kindly show the results with 5 decimal places and state the units. Explain how you obtained the result and what it means.