Which of the following is NOT a fire tube boiler? a) Cochran Boiler b) Lancashire Boiler c) Locomotive Boiler d) Babcock and Wilcox Boiler
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Which of the following is NOT a fire tube boiler?
a) Cochran Boiler
b) Lancashire Boiler
c) Locomotive Boiler
d) Babcock and Wilcox Boiler
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- 43) The compressor in a refrigerator performs 580 J of work to remove 160 J of heat from the refrigerator. How much heat is discharged into the kitchen? A) 340 J B) 420 J C) 540 J D) 640 J E) 740 JA refrigerator: A A) converts heat input to an equivalent amount of work B B) converts work to an equivalent amount of heat C) takes heat in, does work, and loses energy heat D) uses positive work done on the system to transfer heat from a low temperature reservoir to a high temperature reservoir E) uses positive work done on the system to transfer heat from a high temperature reservoir to a low temperature reservoirIt is not possible to lower the temperature of any system to absolute zero in a finite number of steps. *
- 3The equation of state for an isothermal process is A) PV = constant V 20 B) = constant T р C) = constant T D) PVY = constantWhich of the following diagram below represents a heat engine? * EEEE TT HOT RESERVOIR THT, T-T, HOT RESERVOIR HOT RESERVOIR HOT RESERVOIR ENGINE Work ENGINE Work ENGINE Work ENGINE Work COLD RESERVOIR TT, COLD RESERVOIR TT, COLD RESERVOIR TT, COLD RESERVOIR TT, T,>T, в A O Option C Option A Option B O Option D
- 6. An ideal gas with Cv = 1.62 kJ/kg-K and R = 273J/kg-K expands from 0.15m3 (cubic meter) and 27 deg. C to 0.35 m3 (cubic meter) during an isobaric process with p = 150kPa. Consider the process reversible nonflow, determine:17Consider the process shown in (Figure 1). How much work is done on the gas in this process? p (kPa) 400- 200- i 0 0 100 200 300 V (cm³)
- Copy of A heat engine is used to convert heat into work. If it draws heat from a bath at 500 K, converts it to work, then delivers the remaining heat into a bath at 300 K, what is its maximum possible efficiency? 20% 30% 40% 60% 70% 80% O O O O OPlasma spraying is a process used to coat the surface of a material with a protective layer to prevent material degradation. In a plasma spray process, the protective coating in powder form is injected into a plasma jet. The powder is then heated until the droplets coalesce and are propelled over the surface of the material. Once deposited on the surface of the material, the molten droplets solidify and form a protective coating layer. Consider a plasma spray process using alumina (k = 30 W/m K, ρ = 3970 kg/m³ and cp = 800 J/kg K) powder that is injected into a plasma jet at T∞ = 15,000 ° C and h = 10,000 W/m²·K. Alumina powder is made up of spherical-shaped particles with a mean diameter of 60 μm and a melting point of 2300 °C.Solving, the amount of time it would take for the particles, with an initial temperature of 20 °C, to reach their melting point from the time they are injected into the plasma jet is 5,25x10 -4 s. The mathematical resolution is in the image. I only need the…A steam boiler has a total volume of 4 m3. The boiler initially contains 3 m3 of liquid water and 1 m3 of equilibrium steam at 0.1 MPa. The boiler is turned on and heat is transmitted to the water and steam. Meanwhile, the inlet and outlet valves of the boiler remain closed. The safety valve escapes when the pressure reaches 5 MPa. How much heat is transmitted to the water and steam before I open the safety valve?