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Apply the first law of thermodynamica (eq 1), to a finite volume element in a stationary solid. Let (r,t) be the temperature distribution in the solid. Simplify the relation you obtain to reduce it to an experssion which relates the temperature distribution to heat fluxes in the solid.
the 2 mg car increases its speed uniformly from rest to 25 ms in 30s up the inclined road. determine the maximum power
a refrigeration cycle uses refrigerant 134-a as the working fluid. the refrigerant enters the expansion valve as a
a 25 cm long glass fiber e 72.2 gpa v 0.25 has a fracture strength of 75 mpa. what is the minimum diameter of a fiber
refrigerant -134a at 800kPa and 25 C is throttled to a temperature of -20C. determine the pressure and the internal energy of the refrigerant at the final state.
a 580 n uniform rectangular sign 4.00 m wide and 3.00 m high is suspended from a horizontal 6.00-m-long uniform 90-n
a stunt driver proposes to drive a small automobile at the speed of 45 mihr on the vertical wall of a circular pit of
determine the mole fractions of polyvinyl chloride and polyvinyl acetate in a copolymer having a molecular weight of
Steam at 100 psia, 500oF is throttled to 20 psia. Changes in kinetic energy are negligible for this process. Determine the final temperature and specific volume of the steam.
a 5 ft3 tank containing steam at 14.7 psia 1 quality is fitted with a relief valve. heat is transferred to the tank
for fluid flow through a tube with a uniform surface heat flux how does the mean temperature of the fluid vary with
air is compressed adiabatically from p1 1 bar t1 300 k to p2 15 bar v2 0.1227 m3kg. the air is then cooled at
a 80 kg resting person with a constant core temperature near 37 c transfers heat at the resting rate to hisher
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