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The cross section of an insulated pipe carrying a hot fluid is shown in Figure 2.10. The inner and outer radii of the pipe are r1 and r2 respectively. The thickness of the insulating material is r2 - r3. Assume appropriate conditions and form the discrete system equations.
a rigid chamber contains 100 kg of water at 500 kpa 100 c. a paddle wheel stirs the water at 1000 rpm with a torque of
a pitot-static tube measures the stagnation and static pressure of air at 8.5 and 1.5 of h2o respectively. what is the
The velocity for the fluid in the upper layer is given by uu=C1+C2y and that in the lower layer is given by uL=C3+C4y. The value of uu at y = 2h is U
a rocket motor is used to accelerate a kinetic energy weapon to a speed of 3500 mph in horizontal flight. the exit
a large sphere i25mr2 rolls without slipping pure rolling across a horizontal surface. the sphere has a constant
gas with an initial volume of 0.36 m3 is slowly compressed to a final volume of 0.16 m3 by a process during which the
The dry- and wet-bulb temperatures of atmospheric air at 95 kPa are 25 and 17°C, respectively. Determine
a nominally linear electrical output force measuring device has the manufacturer specifications listed below. the
water backs up behind a concrete dam as shown. leakage under the foundation gives a pressure distribution under the dam
The bottom of a copper pan, 0.3 m in diameter, is maintained at 118°C by an electric heater. Estimate the power required to boil water in this pan. What is the evaporation rate? Estimate the critical heat flux.
he compressor ratio of an air standard otto cycle is 8. at the beginning of the compression process p11bar and t1300k.
Experimentally verify the noise level, time-constant, and accuracy of your system
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