1. Develop a transportation model for shipping from the 6 plants directly to the 3 disposal sites. Describe and implement the model. Please see tab one (Plant to Waste Shipment) of the attached spreadsheet after the data was analyzed and dropped into the Excel Spreadsheet and the Data Solver was utilized to obtain the stated highlighted results. The cost is $2,822 to ship. 2. Solve the model given in 1 and describe the results. The results of the model are as follows: 35 barrels
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Transportation Model 1 Transportation Problems • Transportation Problem – A distribution-type problem in which supplies of goods that are held at various locations are to be distributed to other receiving locations. – The solution of a transportation problem will indicate to a manager the quantities and costs of various routes and the resulting minimum cost. – Used to compare location alternatives in deciding where to locate factories and warehouses to achieve the minimum cost distribution configuration
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Business Process Model. Kaplan University MT 400 Organization: The organization which will be presented with this Business Process Model is Insurance Auto Auctions. This firm works in partnership with a variety of sellers, including insurance companies, dealerships, rental car companies, fleet lease companies, and charities to facilitate the efficient sale, disposal, and transportation of total loss and unwanted vehicles (Insurance Auto Auctions, n.d.). Insurance Auto Auctions has been
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In Excel, or other suitable program, Develop a model for shipping the waste directly from the 6 plants to the 3 waste disposal sites. The Stateline Shipping and Transport Company wanted to transport chemical wastes from the six plants to the three waste disposal sites. The six pants and their capacity for wastes generated are shown below. Also shown are the three waste disposal sites and their demand requirements. Plants | Supply (barrels)) | | | 1. Kingsport | 35 | 2. Danville | 26
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ENRICO L. CORDOBA (lance_emeric@yahoo.com) COURSE DESCRIPTION: MANASCI (MANAGEMENT SCIENCE) is a 14-week course on the study of quantitative techniques in business decision-making. The course covers linear programming models and its special algorithms; network (PERT/CPM) models; decision-making theories and processes; and decision tree construction and analysis. LEARNING OUTCOMES (LO): On completion of the course, the student is expected to be able to do the following: |ELGA
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AMERICAN INTERNATIONAL UNIVERSITY-BANGLADESH Operations Management ------------------------------------------------- Course Outline Course Code : BBA-3115 Credit Hours : 3 Pre–requisite Course : MAT-2103 Semester : Spring 2013-14 Lecturer : Ziarat H. Khan, Assistant Professor – Faculty of Business Administration Section : C & E Course Objective : This course addresses the management of operations in manufacturing and service organizations. Diverse activities, such as determining
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using an automobile everyday, the council felt that with biking, we can decrease the rise of pollution, Exploring ways in which to maximize financial rail performance is thus highly significant for many countries. The need for better and faster transportation is correlated with the economic development of a country (Zahivi, 1981). Train technology has improved immensely over the past few decades and new political developments have led to the desire for building a High Speed Rail network throughout
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Due to Improvements in Transportation Throughout time, our society has experienced growth in our ability to import – export goods, increase our opportunity to travel, and overall develop our economy due largely to advancements in transportation. According to Dr. Jean-Paul Rodrigue, transportation has brought about “revolutionary changes. Concerns a completely new technology that creates new markets and growth opportunities for transportation and the economy as well.” (p. 1) When Americans left
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1. In Excel, or other suitable program, develop a model for shipping the waste directly from the 6 plants to the 3 waste disposal sites. This transportation model problem consists of 18 decision variables, representing the number of barrels of wastes product transported from each of the 6 plants to each of the 3 waste disposal sites: The objective function is to minimize the total transportation cost for all shipments. The objective function is the sum of the individual shipping costs from
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companies looking to efficiently improve their customer satisfaction. Apte and Viswanathan (2000) stated that distribution process is responsible for 30% of an item price and this is the reason why there are a lot of companies trying their very best to develop new distribution strategies in order to manage their product flow in efficient manner. Cross docking is definitely one of those strategies people believe to be an efficient strategy to minimize inventory and to reduce cycle times. Apte and Viswanathan
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