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A system contains a fluid at a temperature of 70 °C and 1 bar. It undergoes a reversible process during which the temperature of the system remains constant. Given that the heat transfer to the fluid during the process is 100 kJ, evaluate
a. the increase in entropy.
b. if the system has a mass of 2.31 kg. Evaluate the increase in specific entropy of the system.
c. If a second fluid system, identical to the first one undergoes an irreversible isothermal process from the same initial state to the same final state as above; and the heat transfer to the fluid in this irreversible process is 180 kJ; evaluate the increase in entropy of the fluid.[0.2915 kJ/K; 0.1262 kJ/kg K; 0.2915 kJ/kg K]
a cylindrical aluminum specimen having an original diameter of 12.8 mm 0.505 in. and gauge length of 50.80 mm 2.000 in.
a partitioned tank contains water and mercury. what is the gauge pressure in the air trapped in the left chamber? what
steel is coated with thin layer pf ceramic to help protect against corrosion. what do you expect to happen to the
Introduction and description of the technical problem
the city of houston has a water filtration system that consists of a large rigid tank with a single 1.5m diameter inlet
For unstrained material, a = 2.8610. Find the values of the residual stresses parallel and perpendicular to the weld. Assume E = 30 × 106 psi, υ = 0.29, and that the stress normal to the plate is zero.
Homogenization of a slowly cooled Cu-Ni alloy having a secondary dendrite arm spacing (SDAS) of 0.025 cm requires 8 hours at 1000°C. Design a process to produce a homogeneous structure in a more rapidly cooled Cu-Ni alloy having a SDAS of 0.005 cm
the displacement function ux for a tensile specimen of uniform cross section and length l fixed at one end and
the truck is to be towed using two ropes. if the resultant force is to be 950 directed along the positive axis
In the previous problem, if the foundry desired to improve its quality performance to the 5.0 sigma level in all three measures of DPM, how many defects and defective units would they produce in an annual production quantity of 15,000 castings? As..
a machinist is making engine parts with axle diameter of 0.7 inch. a random sample of 15 parts shows mean diameter
calculate: a) the overall train value. b) the output rational speed at shaft 5. c) the output torque at shaft 5. Relevant gear data is= NA= 17, NB= 36, NC= 19, ND= 41, worm E = double lead, worm G = triple lead, NH= 37?
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