Consider the following distribution system:Single product.Two plants, referred to as plant p1 and plant p2.Plant p2 has an annual capacity of 40,000 units.The two plants have the same production costs.••Two existing warehouses, referred to as warehouse w1 and warehouse w2, have identicalwarehouse handling costs.•Three markets areas, c1, c2, and c3, with demands of 50,000, 100,000 and 50, 000, respectively,Table 1 provides distribution cost per unit. For instance, distributing one unit from plant p1 towarehouse w2 costs $5.Convert the following diagram into the table. No need for any calculation.Facilitywarehousew1W2p123p220c135c232C343

The distribution system presented here involves a single product being distributed from two plants…

Answered: Consider the following distribution…

Principles Of Marketing

17th Edition

ISBN:9780134492513

Author:Kotler, Philip, Armstrong, Gary (gary M.)

Publisher:Kotler, Philip, Armstrong, Gary (gary M.)

Chapter1: Marketing: Creating Customer Value And Engagement

Section: Chapter Questions

Problem 1.1DQ

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4 A local authority operates over a large geographical area. The Education Department is responsible for ensuring that stocks of a certain item are kept for distribution to schools through the area on request. In order to try to ensure supplies reach the schools promptly, the department currently operates two store warehouses, which operate independently of each other. The department is trying to assess the pros and cons of merging the two store warehouses and offering a centralised facility. For one item under consideration demand is 250 items per annum via Store A and 100 items per annum via Store B. Order costs are £10 at Store A and £11 at Store B, with holding costs 20 per cent of stock value. The item costs £4 per unit. (a) Calculate the impact on costs if the two stores merge and place combined orders for this item. (b) What other factors would you want to take into account before making a decision as to whether or not to merge the two stores?
Exercise 3 Can you combine both shipments due to the fact that both goes to the same destination port and the same origin port? Can you make an estimation on how to use spare volume to send both products combined in the same containers? Note: If you need to palettize take into consideration height increase in the first shipment 10 cm. Try to do a Cargo Load Plan for this case.
Q2) (a) A Missouri job shop has four departments--machining (M), dipping in a chemical bath (D), finishing (F), and plating (P)-assigned to four work areas. The operations manager, Mary Marrs, has gathered the following data for this job shop as it is currently laid out. It costs $0.50 to move 1 workpiece 1 foot in the job shop. Determine cost of material handling in the current layout. Further, suggest a revised layout that has the lowest material handling cost. 100s of Workpieces Moved Between Work Areas Distances Between Work Areas in Feet M D F P M D F P M 18 2 20 12 8 4 2 6. 10 F 18 4
20# The Great Bear Lodge is a hotel with an adjoining indoor waterpark and indoor minature golf center. The hotel sells packages which include overnight hotel stays with waterpark passes and minature golf passes. The hotel also has a plicy of selling daily passes to the indoor waterpakr and daily passes to the indoor minature golf center (in other words people do not need to stay at the hotel to use the indoor waterpark or indoor minature golf center.) Hotel guests may also choose to reserve just a hotel room without purchasing the waterpark or minature golf center passes. Great Bear Lodge is offering an incentive for the month of April. They are offering a package in which guests who reserve an overnight stay with the waterpark pass package will receive a free pass to the minature golf center. The total price for this package is $225 per night. The typical pricing for each of these sold independently are: One night hotel stay: $180, Daily Waterpark pass: $90, Minature Golf…
Peaches are to be transported from three orchard regions to two canneries. Intermediate stops at a consolidation station are possible. Orchard Supply Station Cannery Capacity Riverside 1200 Waterford Sanderson 2500 Sunny Slope 1500 Northside Millville 3000 Old Farm 4000 Shipment costs are shown in the table below. Where no cost is given, shipments are not possible. Where costs are shown, shipments are possible in either direction. R SS OF W N S M Riverside 5 Sunny Side 4 5 Old Farm 6 3 Waterford 2 4 Northside 5 9 Sanderson Millville Solve the network model for this problem, indicating how much product should move across each route. use spreadsheet as your…
Suppose: 100,000 -inventoried units are required in stock in your warehouse to service your client's needs Number of warehouses currently: 3 • Number of warehouses you are consolidating to: 1 a) Using the Square root law, estimate the number of items needed in your inventory. b) What would the inventory level be if you increase the number of warehouses from 3 to 5, instead?
NETWORK FLOW OPTIMIZATION - EXAMPLE • Distribution network for a single product Two production plants P1 and P2 Plant P1 has unlimited supply capacity, Plant P2 has a supply capacity of 60,000 units/year Production cost is the same at both plants. Two warehouses W1 and W2 with identical warehouse handling costs and both having unlimited capacity. • Three market areas C1, C2 and C3 with demand of 50000, 100000 and 50000 units/year. • Unit transportation costs: W1 W2 Plant →→ Warehouse P1 P2 $0 $4 $5 $2 Warehouse →→ Market Center C1 C2 C3 $3 $4 $5 $2 $1 $2
Determine how many products to ship from each factory to each warehouse, or from each factory to each warehouse and direct to each end customer, to minimize shipping cost while meeting warehouse demands and not exceeding factory supplies Explain the above scenario using the problem given below: Warehouse Capucity Factory w, W, W. (Supply) 21 16 25 13 F. F, 17 18 14 23 13 32 27 18 41 19 Requirement 6 (Demand) 10 12 15 43 Use least cost Method to solve the problem. Using Transportation method
• Use this information for the question below. Low-Grade Copper Ore $571 per Ton High-Grade Copper Ore $843 per Ton Coloma Cooper Incorporated is able to produce $640 worth of copper from one ton of low-grade copper ore. Because of its higher copper content, Coloma can produce $940 worth of copper from one ton of high-grade copper ore. A mining company is offering to trade 7,250 tons of low-grade copper ore for 5,000 tons of high-grade copper ore. Assuming Coloma currently has 5,000 tons of high-grade ore, what should it do?
What are the four advantages to centralized shipping and receiving? SUBJECT: Facility Design and material handling
Write finctional and non function requirements for Location based service
1. Normally warehouses will be equipped with Materials handling equipment (MHE) to suit its processes and activities. With an aid of an example, illustrate MHE fundamental issues.

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