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Linear Programming

Managerial Accounting Questions

1. A newly opened bed-and-breakfast projects the following: Monthly fixed costs $6000 Variable cost per occupied room per night $20 Revenue per occupied room per night $75 If there are 12 rooms available, what percentage of rooms would have to be occupied, on average, to break even? 2. The relationship d = 5000 - 25p desc


15. Find the correct constraint 3 Let xij = gallons of component i used in gasoline j. Assume that we have two components and two types of gasoline. There are 8,000 gallons of component 1 available, and the demand gasoline types 1 and 2 are 11,000 and 14,000 gallons respectively. Write the supply constraint for component 1.

Tell me more about Linear Programming

1. Graphical Solution A graphical representation of a linear program is shown below. The shaded area represents the feasible region, and the dashed line in the middle is the slope of the objective function. (see diagram in attached file) If this is a maximization, which extreme point is the optimal solution? a) B

Linear Programming : Maximizing Profit

The Mill Mountain Coffee Shop blends coffee on the premises for its customers. It sells three basic blends in 1-pound bags, Special Mountain Dark, and Mill Regular. It uses four different types of coffee to produce the blends - Brazilian, mocha, Columbian, and mild. The shop used the following blend recipe requirements. Blend

The Southern Sporting Goods Company

(See attached file for full problem description) --- Problem 5 The Southern Sporting Goods Company makes basketballs and footballs. Each product is produced from two resources- rubber and leather. The resource requirements for each product and the total resources available are as follows. Resource Requirements per Unit

Graphical solution of linear programming problem.

2. Problem 8 A company produces, A and B, which have profits of $9 and $7, respectively. Each unit of product must be processed on two assembly lines, where the required production times are as follows. hr/Unit Product Line 1 Line 2 A

Linear Programming : Optimal Solutions

6. Problem 18 - You will need the model for this problem from problem 17. It is provided below: (see attached) a) Solve this graphically by providing the extreme points and the corresponding z-values. Indicate the optimum solution. b) How many acres of farmland will not be cultivated at the optimal solution? Do the


1. Media selection problems usually determine a. how many times to use each media source. b. the coverage provided by each media source. c. the cost of each advertising exposure. d. the relative value of each medium. 2. A marketing research application uses the variable HD to represent the number of homeowners in

Linear Programming: Solve Using a Graphical Method

Gillian's Restaurant has an ice cream counter where it sells two main products, ice cream and frozen yogurt, each in a variety of flavors. The restaurant makes one order for ice cream and yogurt each week, and the store has enough freezer space for 115 gallons of both products. A gallon of frozen yogurt costs $0.75 and a gallo

Linear Programming : Solve by Using a Graphical Method

1. Problem 18: Solve the following linear programming model using graphical techniques: Do not submit the graph. In your answer, include each of the corner points and the Z value associated with each of the corner points. Highlight the corner point that optimizes the solution. If there is no feasible solution, then i


MULTIPLE CHOICE. Choose the one alternative that best completes the statement or answers the question. 1) In linear programming, sensitivity analysis is associated with (1) objective function coefficients (2) right hand side values of constraints (3) constraint coefficients A) 1 and 2 B) 1 and 3 C) 2 and 3 D) 1, 2, an

Using a Linear Programming Model Manually and Graphically

Directions: Pretend that you have been hired as a business consultant, or you are consulting for your place of work. Given the data in both case studies, write a single consolidated report that outlines your findings. The linear programming model contains only two decision variables. Therefore, produce a graph that illustrat

Linear Programming

Provide an appropriate response. 1) Explain the result if the simplex tableau is solved using a quotient other than the smallest non-nega five quotient. 2) Explain why a different slack variable must be used for each constraint when converting constraints to linear equations. 3) When would the simplex method be used instead

Failures of column and row

Find the possible failures in the column picture and the row picture, and match them up. Success would be 3 columns whose combinations give every vector b, which matches with 3 planes in the row picture that intersect at one point (the unique solution x). Give numerical examples of these two types of failure: a. 3 columns lie

Linear Programing using Solver

(See attached file for full problem description) How would this be set up in solver? What is the trick to this problem, have not been able to figure it out? I am not getting this one at all. Please explain to me in plain english. Thanks

Linear Programming : Profit Contribution and Maximizing Profit

Skillings Industrial Chemicals, Inc., operates a refinery in southwestern Ohio near the Ohio River. The company's primary product is manufactured from chemical process that requires that use of two raw materials-material A and material B. The production of 1 pound of the primary product requires the use of 1 pound of material A

Linear Programing : Maximizing Profit (Simplex Method using Tableaus)

An artist is painting a supply of small paintings to sell at an arts festival. He can paint three landscapes per hour and two seascapes. He can frame five paintings per hour. He has 50 hours available for painting and 25 hours for framing. How many of each type of painting should he paint and frame in order to maximize the tota

Integer Programming/Transportation Modeling

I have selected what I think is correct. Please verify correctness and explain your answer. 16. If we are solving a 0-1 integer programming problem, the constraint x1 + x2 = 1 is a ________________constraint. a. multiple choice *****b. mutually exclusive c. conditional d. corequisite e. none of the above 17. I

Linear Programming - Bikes and Furniture

1. A large sporting goods store is placing an order for bicycles with its supplier. Four models can be ordered: the adult open trail, the adult cityscape, the girl's sea sprite, and the boy's trail blazer. It is assumed that every bike ordered will be sold, and their profits, respectively, are 30, 25, 22, and 20. The linear

Linear Programming Problem

Solve the following problems: Find the optimal solution and graph. Please show all work: 1. MINC .5x + .3y x + 2y is > or = to 10a x + y is > or = to 8b 2. change the constraint B to < or = to.

Operations Research

The Eastside Manufacturing Company produces four different aircraft components from fabricated sheet metal for several major aircraft companies. The manufacturing process consists of four operations - stamping, assembly, finishing, and packaging. The processing time per unit for each of the operations and total available hours

Linear Programning

A baby products firm produces a strained baby food containing liver and milk, each of which contribute protein and iron to the baby food. Each jar of baby food must have 36 milligrams of protein and 50 milligrams of iron. The company has developed the following linear programming model to determine the number of ounces of live

Linear Programming Sensitivity Analysis

PLEASE EXPLAIN YOUR ANSWERS (why did you choose T instead of F or A instead of C, etc.). C 1. Which of the following is not a component of the structure of a linear programming model? a. parameters b. decision variables c. environment of certainty d. constraints F 2. In a linear programming model, the numb

Linear Programming Sensitivity Analysis

PLEASE EXPLAIN YOUR ANSWERS (why you choose A instead of C, etc.). C 6. For a resource constraint, either its slack value must be _____ or its shadow price must be ________ a. negative, negative b. negative, zero c. zero, zero d. zero, negative D 7. For a linear programming problem, assume that a given