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A liquid food is being heated in a tubular heat exchanger. The inside pipe wall temperature is 110°C. The internal diameter of the pipe is 30 mm.The product flows at 0.5 kg/s. If the initial temperature of the product is 7°C, compute the convective heat-transfer coefficient. The thermal properties of the product are the following: specific heat =3.7 kJ/(kg°C), thermal conductivity = 0.6 W/(m °C), product viscosity _=500 *10-6 Pa s, density =1000 kg/m2, product viscosity at 110°C = 410 *10-6 Pa s.
an insulated rigid-wall tank contains air at 20 c and 2 bar. a paddle wheel located in the tank does work on the air in
Employing the ideal gas model, determine the change in specific entropy between the indicated states, in Btu/lbmol?ºR. Solve 2 ways: Use the appropriate ideal gas table AND also by using a constant specific heat value.
determine the compressor work input requireed to compress steam isentropically from 100 kpa to 1 mpa assuming that the
question a soap bubble with walls 398 thick floats in air. if this bubble is illuminated perpendicularly with sunlight
the pin c will support a force of 24 knmagnitude.Based on this criterion, you are asked to determine the largest mass m that the frame can safely support.the diameter of pulley at d is given as 0.2 m.find maximum mass m that can be supported by fr..
a 10 kw electric heater is used to heat 2 kg of air contained in an insulated rigid tank from 400 kpa and 50 degc to
Analyze the given plant for its performance in time and frequency domains (transient response, Routh-Hurwitz test, root locus, Nyquist criterion, Bode plot, Nichols chart).
Overview of the company which includes company background, major businesses, annual production, and major customers involved.
If the atmospheric pressure is 90 kPa, determine the pressure inside the cylinder.
a golfer hits a golf ball with an initial velocity of 160 fts at an angle of 25deg with the horizontal. knowing that
a 12 ft by 12 ft square room has one exterior wall with a surface temperature of 58f and three interior wall surface
If an automobile's braking distance from 100 km/h is 60 m on level pavement, determine the automobile's braking distance from 100 km/h when it is (a) going up a 60 incline, (b) going down a 2-percent incline.
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