linear programming problem is plotted as a line in which quadrant
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Each constraint of graphical linear programming problem is plotted as a line in which quadrant
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- formulate this problem as a linear programming modelWrite the transportation problem as a linear programming problem in terms and solvent of x and y and solve. (Indicate the number of units that should be transported from each factory to each depot and the total transportation cost.)Use the graphical method to determine a solution for this linear programming problem
- 1) Blade-Z manufactures roller blades. The production facility has fixed costs of $200 a day and a total production costs of $5,200 per day at an output of 100 pair of skates per day. Which of the following equations represents the daily production cost for Blade-Z based on the number of skates manufactured? Let C represent the daily production cost and x represent the number of pairs of skates manufactured. 2) Erica went shopping for new clothes for school. She bought a pair of jeans for $69.11 and several shirts for $10.06 each. If x represents the number of shirts she bought, which of the following equations should be used to find y, the total cost of Erica's shopping trip? 3) Laura retired from her job recently, and she has saved about $441, 238. 00 over the course of her career. She plans to withdraw $1,779.00 each month to pay for living expenses. After a certain amount of time, the balance in Laura's account is $400,321.00. How many months have passed since Laura retired?Suppose you are building a linear optimization model to help decide where to build new cell towers for your mobile phone company. There are three possible locations for your cell towers which are referred to as site A, site B, and site C. The decision variables are xA, XB and XC. Let xA1 if you choose to build a cell tower on site A, and O if you choose NOT to build a cell tower on site A. Let xB1 if you choose to build a cell tower on site B, and 0 if you choose NOT to build a cell tower on site B. Let xC - 1 if you choose to build a cell tower on site C, and 0 if you choose NOT to build a cell tower on site C. Because of the geography of the locations and your desire to provide adequate cell coverage for customers, you know that if you choose to build a cell tower on site C, you must also build a site tower on site A or on site B (or both). Which of the following constraints will achieve this logical requirement? OxC <- xA+xB O Requires 2 constraints: xC <= xA AND XC <=xB O XC XA XB…Give the Steps Involved in graphical method for solving linear programming problem?
- Solve the given Linear Programming Problems using graphical method. A company is producing two products, cabinets, and chairs. Each of these passes through cutting and assembly processes. A cabinet requires 4hrs in the cutting and 2 hours in the assembly. A chair requires 2hrs in the cutting and 6hrs in the assembly. There are at most 600 cutting hours per week and at most 480 assembly hours per week. A cabinet contributes Php800 profit while a chair contributes Php600. How many cabinets and chairs should the company produce to maximize its profit? 1. Summarize details thru the given table 2. Objective Function: Constraints: 3. Graph the constraints (solution must include the coordinates of each constraint, and the final graph with shaded feasible region) Note: draw the final graph only 4. Identify the corner points or vertices of the feasible region. Show your solution if necessary. 5. Solve for the objective function at each corner point. Objective Function: Vertices 6. Determine the…Please formulate a linear programming model for the given problem. Thank you.You want to send these shipments as cheaply as possible. Work out a linear program