A manufacturer of table saws has three models-Deluxe, Premium, and Ultimate-that must be painted, assembled, andpackaged for shipping. The table gives the number of hours required for each of these operations for each type of tablesaw. If the manufacturer has 104.1 hours available for painting, 360 hours for assembling, and 123.2 hours for packaging,how many of each type of saw can be produced each day?Deluxe1.2PaintingAssembling3Packaging 0.4Premium Ultimate22.3780.93The manufacturer can producedeluxe saws,premium saws, andultimate saws.

Deluxe Premium Ultimate Available time period Painting 1.2 2 2.3 104.1 Assembling 3 7 8 360…

Answered: A manufacturer of table saws has three…

Advanced Engineering Mathematics

10th Edition

ISBN:9780470458365

Author:Erwin Kreyszig

Publisher:Erwin Kreyszig

Chapter2: Second-order Linear Odes

Section: Chapter Questions

Problem 1RQ

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Malcom runs a store selling custom made computers in only 2 hours. His new assistant, Jamal, is less experienced and requires 3 hours to assemble each computer. Working together, how long will it take Malcolm and Jamal to clear their backlog of 70 orders
Nicole started a new diet that requires each meal to have 340 calories, 6 grams of fiber, and 6 g of fat. The table shows the fiber, fat, and calorie content of one serving of each of three breakfast foods. How many servings of each food should Nicole eat to follow her diet? toast serving(s) cottage cheese serving(s) fruit serving(s) Food Fiber (g) Fat (g) Calories Toast 2 1 100 Cottage cheese 0 5 120 Fruit 2 0 60
Mary Scott owns and operates a diner in downtown Clearwater, Florida.On the average, Mary is able to serve 10 customers every 30 minutes. Customers to her diner typically arrive at a rate of 12 per hour. How many customers are typically waiting in the queue What is the average total waiting time (in the queue and waiting for food)? How long does a customer have to wait in the queue?
5dx 3. S V4e2x-36
Each week at a furniture factory, 2000 work hours are available in the construction department, 1400 workhours in the painting department, and 1300 work hours in the packing department. Producing a chairrequires 2 hours of construction, 1 hour of painting, and 2 hours for packing. Producing a table requires 4hours of construction, 3 hours of painting, and 3 hours for packing. Producing a chest requires 8 hours ofconstruction, 6 hours of painting, and 4 hours for packing. If all available time is used in every department,how many of each item is produced each week? Do not solve this problem, just write the augmentedmatrix associated with this problem. Specify each variable used in the equation.

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