How many years will take to achieve six-sigma quality

Assignment Help Mechanical Engineering

Reference no: EM13703924

Suppose that your business is operating at four-and-a-half sigma quality level. if projects have an average improvement rate of 50% annually, how many years will take to achieve six-sigma quality?

Reference no: EM13703924

Questions Cloud

Four kilograms of water-initially a saturated vapor : Four kilograms of water, initially a saturated vapor at 75 kPa, are cooled to saturated liquid while the pressure is maintained constant. Determine the work and the heat transfer for the process, each in kJ. Show that the heat transfer equals the cha..

Integral and differential forms of the momentum equations : Show (separately) how the integral and differential forms of the momentum equations, can be simplified for application to fluid problems involving: (a) steady flow, (b) steady, compressible, in viscid flow,

Determine the centroidal moments of inertia : the maximum direct stress and the shear flow distribution near the fixed end - properties of the aluminium

What is kinetic energy associated with hockey puck flying : What is the kinetic energy (in Btu) associated with a 300 gm hockey puck flying at 120 mph? Assuming an ideal gas, calculate the specific volume in the appropriate units for (6 pts) : a. N 2 at 500 kPa and 900 K b. Neon at 8 kPa and 250 K c. Air at 1..

How many years will take to achieve six-sigma quality : Suppose that your business is operating at four-and-a-half sigma quality level. if projects have an average improvement rate of 50% annually, how many years will take to achieve six-sigma quality?

What is the largest force that the winch can generate : A jeep is stuck in the mud. A rope is tied around a nearby tree in the direction of position vector r1. A maximum force of 1000 lbs. can be generated by the cable winch connected to the front bumper of the jeep. A force of 750 lbs. in the direction o..

Determine the specific volume : A fixed mass of air is at a temperature of 100 degrees Celsius and a pressure of 500 kPa. Determine the specific volume.

Determine the mass of the nitrogen stored in the tank : A fixed mass of nitrogen gas is stored in a cylindrical tank with an internal diameter of .45m and a length of 1.6m. The pressure and temperature of the nitrogen are 2MPa and 75 degrees Celsius. Determine the mass of the nitrogen stored in the tank.

Determine the volume change : Determine the volume change, in ft^3, when 1 lbm of water, initially saturated liquid, is heated to saturated vapor while pressure remains constant at: Sketch a T-v diagram and indicate all relevant state points (eight total points).

User Account

All Pages