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The lack of technical knowledge in regards to the technological advancements, significant competitors, and to understand the emergence of what competitive and complementary technologies would come up with made the situation more complicated for the organization. The situation was challenging and it required operations research expertise.


YOU ARE APPOINTED AS OPERATIONS RESEARCH CONSULTANT AND ADVICE COMPANY TO USE OPERATIONS RESEARCH TOOLS.

     Two different products P1 and P2 can be manufactured by one or both of two different machines M1 and M2. The unit processing time of either product on either machine is the same. The daily capacity of machine M1 is 200 units (of either P1 or P2 or a mixture of both) and the daily capacity of machine M2 is 250 units. The shop supervisor wants to balance the products schedule of the two machines such that the total number of units produced on one machine is within 5 units of the number produced on the other. The profit per unit of P1 is $10, and that of P1 is $15. Set up the problem as an LP in equation form.


a company buys and sells 1000 bottles of pain balm every year. the cost per bottle is rs 2 and the cost of placing order is rs 100.the companies standard rate of return on working capital is 1 and 1/3%per month. the cost of physical storage is fixed. find the optimal order quantity

A self-service photo centre allows you to make prints of pictures on an A4 size page. Two types of layouts


are available:


nnnnnlayout x: four pictures are fitted on one page, each has size 6 cm by 4 cm


nnnnnlayout y: two pictures are fitted on one page, each has size 15 cm by 9 cm


It costs R30 to print one page with layout x and it costs R40 to print one page with layout y.


You want at least 16 pictures of any size, and you are willing to spend up to R240. Write and graph a


system of inequalities that models the situation. Shade the solution space of the system of inequalities.


A hog raiser is mixing two types of grains A and B. each units of grain A costs P50 and contains 20 grams of fat and 10 grams of protein. Each unit of grain B costs P80 and contains 30 grams of fat and 30 grams of proteins. The hog raise wants each units of the final product to yield at least 180 grams of fat and at least 120 grams of protein. How many units of each type of grain should he use to maximize his sales?


A veterinarian mixes two types of animal food: Food 1 and Food 2. Each unit of Food 1 cost P200 and contains 40 grams of fat, 30 grams of protein, and 1, 200 calories. Each unit of Food 2 cost P180 and contains 40 grams of fat, 60 grams of protein, and 1,600 calories. Suppose the veterinarian wants each unit of the final product to yield at least 360 grams of fat, at least 240 grams of protein and at least 9, 600 calories, how many grams of each of type of ingredients should the veterinarian use to minimize his cost?


RB Music Store assembles stereo equipment for resale in the shop. The store offers two products; two products; turntables and cassette players. The store makes a profit of P400 on each turntable and P250 on each cassette. Both must go through two steps-assembly and bench checking. A turntable takes qw hours to assemble and 4 hours to bench check. A cassette player takes 4 hours to assemble but 8 hours to bench check. Looking at this month’s schedule, the store sees that it has 60 assembly hours uncommitted and 40 hours bench-cutting time available. What combination of turntables and cassette players would maximize the store’s profit for the month?


A tailor has 16m of catton and 15m of wool. A suit requires 2m of catton and 1m of wool. A gown requires 1m of catton and 3m of wool. If a suit sells for Tsh 30000 and gown for Tsh 50000. how many of each should the tailor make to maximize his money.


A firm manufactures two products; the net profit on product 1 is

Rupees 3 per unit and Rupees 5 per unit on product 2. The

manufacturing process is such that each product has to be processed

in two departments D1 and D2. Each unit of product1 requires

processing for 1 minute at D1 and 3 minutes at D2; each unit of


Harley’s Sand and Gravel Pit have contracted to provide topsoil for three residential housing developments. Topsoil can be supplied from three different “farms” as follows:





Project A




Project B




Project C




supply





Farm A




4




2




8




100





Farm B




5




1




9




200





Farm C




7




6




3




200





Demand




50




150




300






Obtain the basic feasible solution using LCM




Test the optimal solution using stepping stone method




What is the optimal shipping cost?

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