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An automated transfer line is to be designed. Based on previous experience, the average downtime per occurrence = 5.0 min, and the probability of a station failure that leads to a downtime occurrence p = 0.01. The total work content time = 9.8 min and is to be divided evenly amongst the workstations, so that the ideal cycle time for each station = 9.8/n. Determine
(a) the optimum number of stations on the line n that will maximize production rate, and
(b) the production rate and proportion uptime for your answer to part (a).
consider an electrolytic cell for producing hydrogen and oxygen mih2so4 0.5mmii where mi and mii are carbon rods. a
to study the performance of a race car a high speed camera is positioned at point a. the camera is mounted on a
Why do you think that Leveson considers it so important to focus on the why aspect of an accident or incident?
A body whose surface area is 0.5 m2, emissivity is 0.8, and temperature is 150C is placed in a large evacuation chamber whose walls are at 25C. What is the rate at which radiation is emitted by the surface, in W? What is the net rate at which radiati..
water is to be pumped from a dam to a storage tank 20 m above at a rate of 70 ls. the electric power needed to achieve
a particle travels along the circular path x2 y2 r2. if the y component of the particles velocity is vy 2r cos 2t
a railroad car of mass 2000 kg traveling at a velocity v 10 ms is stopped at the end of the tracks by a spring damper
Calculate the value for the deflector of of the bat , given that ash have a young´s modulus E=10 Gpas, and the bending strength, vb=100Mpas, and lab =0.8m and (the assumed constant), radius of the bat is 22 mm.
A rigid tank initially contains 3 kg of saturated water vapor at 140°C. Heat transfer occurs, and the pressure drops to 200 kPa. Assume that kinetic and potential energies are negligible. Determine the amount of energy transfer by heat, in kJ.
air as an idea gas is compressed from a state where the pressure is 0.1 mpa and the temperature is 27oc to a state
For the spring-mass-damper system (refer to Ogata Figure 4.1). (i) Find the equations of motion (the differential equation). Assume m = 1, b = 7, and k = 12. 1(ii) Assuming f(t) is a step function, find the Laplacian transform, X(s). (iii) Find the t..
nitrogen is compressed in a polytropic process with n 1.2 from 120 kpa and 10oc to 800 kpa in a piston-cylinder
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