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The dashpot in the suspension system has a force-velocity constitutive law that varies with the average temperature T of the dashpot, since it contains oil that changes viscosity with temperature. Make a simple model of the system that would predict how the dashpot heats up when the input base velocity V (t) is given. Discuss your assumptions and how you might estimate the system parameters you need for the thermal part of your model.
Would the actual power required by the pump be greater or less than the calculated value? Explain.
Find the Temperature of the Refrigerant, A closed vessel with a volume of 2 ft^3 contains 5 lb of Refrigerant 134a. A pressure sensor in the tank wall reads 71.39 lbf/in.^2 (gage).
The number of additional tourists projected to be served by the company is 8000. If the company plans to invest $250000, determine the additional number of boats of each type for maximum profit.
QUT EGH403Work Integrated Learning - In this report you are required to describe and reflect on five events/activities that you have observed or have been involved in during your placement
A pneumatic displacement gage has d1=0.762 mm and d2=1.575 mm. The supply pressure is 68919.7 Pa with a random fluctuation of ±483 Pa, and the differential pressure Pd-Pa is measured with a water manometer that may be read with an uncertainty of 12.4..
Cyclopentadiene and cyclohexanone are combined in a reactor and undergo an addition reaction. The adduct can either have an endo or exo conformation. For the application your plant has only the endo conformation is desired.
Find the bending moment along the portion AB of the rectangular frame shown in Fig. 4.49. One corner A is pinned; the other corner B is supported by rollers. Assume linear elastic behavior.
liquid ice cream mix is cooled frozen and hardened from 4degc to -20degc at a rate of 10000 kghr. calculate the rate of
the acceleration of gravity g as a function of elevation z above sea level is given by g 32.17 - 3.32x10-6 z where g
determine the number of vehicles needed to satisfy the indicated deliveries per hour? Assume that availability = 0.90.
Has a diameter of Dp = 0.25 m and a height of Lp = 2 m, extending from stove to ceiling. The stove is in a large room whose air and walls are at Too = Tsur = 300 K. Neglecting heat transfer from the small horizontal sec- tion of the pipe and radia..
Determine the friction torque in the bearings, the time taken for the flywheel to come to rest when the driving torque is removed.
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