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Air at 300 K and a flow rate of 3 kg/h passes upward through a 30-mm tube, as shown in the sketch. A thin film of water, also at 300 K, slowly falls downward on the inner surface of the tube. Determine the convection mass transfer coefficient for this situation.
calculate the total dv required to transfer between two coplanar circular earth orbits of radii r1 2 du and r2 5 du
A refrigerator is maintained at 5°C by removing heat from the refrigerated space at 18,000 kJ/hr. The power input to the refrigerator is 1500 W and the surrounding air is at 36° C.
a small pump is driven by a 2 kw motor with liquid water at 150 kpa 10degc entering. find the maximum water flow rate
Design a mask set and process flow that would produce a 50000 Ohm resistor patterned onto the surface of an initially n type silicon wafer (0.18 ohm-cm, Phosphorous doped). Include metallization pads in your mask design. Use a two step predisposition..
Express the bernoulli equation in terms of pressure, head and energy in English units then in SI units with the appropriate constant and conversions factors. use algebraic ubit equations to verify that the equation is correct.
the uniform beam of mass 40 kg is supported by the rope which is attached to the end of the beam wraps over a rough peg
consider a large cubic ice block floating in seawater. the specific gravities of ice and seawater are 0.92 and 1.025
determine the pressure of the water after the partition has been remived and enough heat has been transferred so that the temperature of the water is 3(degrees)C.
derive the scaling relation for the strain energy release rate of crack extension under fixed displacement. clearly
a boy throws a ball straight up from the top of a 12m tower. if the ball falls past him 0.75 s later determine the
in an accelerator protons emerge with velocity of 2.5 x 108 ms. the accelerator is 0.8km long.a if the acceleration is
a sled of mass m is given a kick on a frozen pond. the kick imparts to it an initial speed of 1.70 ms. the coefficient
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