Compute the optimal order quantity at the plan

Assignment Help Civil Engineering
Reference no: EM131408677

Stage Two Incorporated produces a popular item at its Paducah, KY plant and ships this item to its national distribution center (DC) in Columbus, OH. The item has an annual demand of 20,000 units, which transpires at a relatively steady rate throughout the year. The fixed cost of replenishing the finished goods inventory at the Paducah plant is $200, and the fixed replenishment cost at the Columbus DC is $50. Annual holding costs at Paducah are $20 per unit. Annual holding costs at the Columbus DC at $30 per unit. (For the purposes of this problem, you can assume that replenishment of finished goods at the Paducah plant is sufficiently close to instantaneous to allow you to ignore the effects of changes in the average inventory level as production proceeds.)

(a) Use the methods developed in Section 3.6 to compute the optimal order quantity at the plant and at the DC assuming decentralized inventory control.

(b) Use the methods developed in Section 3.6 to compute the optimal order quantity at the plant and at the DC assuming centralized inventory control.

(c) What is the difference in total annual cost of the decentralized and centralized systems?

Reference no: EM131408677

Questions Cloud

Compute the updated echelon base-stock levels for the stage : Compute the updated echelon base-stock levels for the Stage Three Incorporated example given the same distribution of demand at the field warehouse, but with a penalty cost that is 20% of the original value (i.e., b = $10) and a 50% increase in ec..
Determine the genetic code of organism : NASA has identified a new microbe present on Mars and requests that you determine the genetic code of this organism. To accomplish this goal, you isolate an extract from this microbe that contains all the components necessary for protein synthesis..
Explore implications of increasing detail of project plan : Post an essay in which you apply your knowledge of project planning.- Explore the implications of increasing the detail of a project plan during a project.
Offspring phenotype with punnet squares : How do you find the possible offspring phenotype with punnet squares?
Compute the optimal order quantity at the plan : Use the methods developed in Section 3.6 to compute the optimal order quantity at the plant and at the DC assuming decentralized inventory control.
Observe the process of osmosis : Observe the process of osmosis. Determine whether water represented by animated blue arrows, moves into, stays in equilibrium, or moves out of the cell. Observe what happens to the shape and size of the cell.
What is the annual cost of this replenishment policy : Since this is a relatively fast-moving item at this store, the current replenishment policy calls for daily (on average) replenishments (i.e., an order quantity of 5 units).
Does the culture support the company status quo : Does the culture support the company status quo, or does the culture need to change to support new strategies you are developing? If the culture needs to change, you need to develop a specific strategy to change it.
Adequate stimulus for receptors in the ear : What do you think is the adequate stimulus for receptors in the ear? Can you think of a stimulus that would inappropriately activate the sensory receptors in the ear if the stimulus had enough intensity?

Reviews

Write a Review

Civil Engineering Questions & Answers

  Calculate the depth of flow 2 km upstream of the dam

A 12.0 m rectangular channel, having a bed slope of 50 cm/km and a Manning roughness coefficient of 0.015, conveys water at a normal depth of 1.0 m. A dam is built across the channel at which the water depth is 2.0 m.

  Determine using energy methods speed of crate after moving

The coefficient of friction between the crate and the floor is µs = 0.4 and µk = 0.3. If P is slowly increased until the crate starts to move and then remains constant, determine using energy methods the speed of the crate after moving 2 m.

  Draw a labelled bending moment diagram

Reproduce the diagram of the beam and add in where you would put conceptual pins to convert to a determinate beam for approximate analysis of them beam

  What should actually the separation distance

At what speed the rule of 25 feet separation between two cars is safe?

  Determine the flow rate of the oil

Oil of a specific gravity of 0.75 is flowing through a 6-in pipe under a pressure of 15 psi. If the total energy relative to the datumplate is 8.0 ft below the center of the pipe is 58.6 ft, determine the flow rate of the oil.

  What is the length of the line

A line  is measured with a 2-chain tape, and a suveyors arrows  are use to  mark the end of the tape lengths . the three tallies are recorde the rear tapeman has eight arrows

  Determine the hydrostatic force on one side of a vertical

Determine the hydrostatic force on one side of a vertical clrcular gate of diameter 1.5m when its centre is immersed at a depth of 6m neto-w tne free surface of water in a reservoir.

  How much atrizine must be removed per day to comply

Waste water is dischared into a aquifer. This waste water contains 0.1 ppm atrazine (a common herbicide). The MCL of atrazine is 5 ppb, the density is 1.19 g/ML and the solubility is 50 ppm.

  Temporary change on the highway

Determine the minimum distance from the diversion that a road sign should be located informing drivers of the temporary change on the highway. The letter height on the road sign is 5 inches.

  Alsogive the parameter rating in each of the fiveclasses

Giving the classes, explain how rocks are put intofive (5) classes by each of the above parameters. Alsogive the parameter rating in each of the fiveclasses. Hint; use a table to answer this question

  Determine what is the inductance assumed constant

The variable capacitor in the tuner of an AM radio has a capacitance of 135pF. When the radio is tuned to a station at 550kHz what is the capacitance for station at 1600kHz.

  What and where will be the maximum fluid pressure

A 10cm diameter vertical tank holds 20cm of water topped with 15cm of ethyl alcohol. The cylinder is rotated about its central axis at a rotation rate of 20 rad/s. (a) What will be the shape of the air-alcohol and alcohol-water interfaces

Free Assignment Quote

Assured A++ Grade

Get guaranteed satisfaction & time on delivery in every assignment order you paid with us! We ensure premium quality solution document along with free turntin report!

All rights reserved! Copyrights ©2019-2020 ExpertsMind IT Educational Pvt Ltd