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A well insulated, thin-walled, double-pipe, counter-flow heat exchanger is to be used to cool oil [Cp = 2.20 kJ/(kg C)] from 150 C to 40 C at a rate of 2 kg/s by water [Cp=4.18 kJ/(kg C)] that enters at 22 C at a rate of 1.5 kg/s. determine the rate of heat transfer in the heat exchanger and the exit temperature of water.
a hot water stream at 80o c enters a mixing chamber with a mass flow of 0.5 kgs where it is mixed with a stream of cold
a 200 3 250-mm panel of mass 20 kg is supported by hinges along edge ab. cable cde is attached to the panel at c passes
a nozzle is attached to a vertical pipe and discharges water into the atmosphere as shown in the figure. when the
How can be determined the dynamic parameters of a second order system, wiht an Inertia (M), a dampening coeficient ( C ) and a Stiffness constant ( K).
If the efficiency of the turbine in converting the mechanical energy given up by the fluid to the turbine shaft is 89% (nt = 0.89), calculate the friction loss in the turbine in J/kg.
the fresh feed to an ammonia production process contains nitrogen and 75 excess hydrogen in stoichiometric proportion
a string is stretched between rigid supports a distance l apart. it is driven by a force fcoswt located at its
a steam turbine receives water at 15 mpa 600oc at a rate of 100 kgs shown in figure q4 below. in the middle section 20
consider a regenerative cycle utilizing steam as the working fluid. steam enters the turbine at 3.5 mpa 400oc and
it is known that normal stress sigma-y 68mpa and shear stress tau-xy -100mpa. using mohrs circle determine the
measuring fracture toughnessthe aim of this demonstration is to use measurements of the load required to propagate a
question 1 bending about two axesthe load p 2 kn is applied to the end of rectangular section cantilever beam shown
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