What is the expected cycle service level aka type 1 service

Assignment Help Mechanical Engineering

Reference no: EM13631234

1) Demand for a particular product is normally distributed with a mean of 100 units and a standard deviation of 20 per period. if there are 120 units in inventory at the beginning of this period.

a) what is the expected cycle service level (aka type 1 service level)?

b) what is the expected fill rate ( aka type 2 service level)

2) What is a bullwhip effect?

3) Identifiy at least two primary causes for the bullwhip effect.

4) How can one avoid the bullwhip effect or at least reduce its consequences? list at least two highlyeffective remedies.

Reference no: EM13631234

Questions Cloud

A submarine suddenly breaks up at a depth of 248 m below : a submarine suddenly breaks up at a depth of 248 m below sea level. the air in the submarine will then be suddenly

A static thrust structure is to be designed for a turbofan : a static thrust structure is to be designed for a turbofan engine. the following standard engine test conditions are

Air goes through an adiabatic nozzle at the inlet pressure : air goes through an adiabatic nozzle. at the inlet pressure is 15 bar temperature 700 k velocity 100 ms and

Determine each of the following optimal manufacturing run : 1 a toy manufacturing uses 48000 rubber wheels per year for its popular dump truck series. the firm makes its own

What is the expected cycle service level aka type 1 service : 1 demand for a particular product is normally distributed with a mean of 100 units and a standard deviation of 20 per

A cylindrical copper rod has resistance of 03 ohm it is : a cylindrical copper rod has resistance of 0.3 ohm. it is reformed to 3.8 timesm its original length with no change of

A wire is made of two sections with different diameters : a wire is made of two sections with different diameters. which of the following statements is areplease justify your

Air is throttled from 100 mpa and 300degc to 0100 mpa in a : air is throttled from 1.00 mpa and 30.0degc to 0.100 mpa in a steady flow adiabatic process. assuming constant specific

Calculate the fugacity and fugacity coefficient of carbon : calculate the fugacity and fugacity coefficient of carbon dioxide at 100f and 200psia from the data

User Account

All Pages