U = 2.5 PV + C , where P: Presure , V: volume and C: constant, the sysytem is taken into cycle shown in fig.(Q1) below with three Processes, Calculate Q & W if the pressure is given by P= 105+ 10° (v-0.02)² ?
Q: Q3/ The horizontal pump in Fig. below discharges 20°C water at 57 m3/h. Neglecting losses, what…
A: Given data as per the question Water flow rate =57 m3/h D1= 9 cm D2 = 3 cm P1= 120 KPA P2 = 400 KPA
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Q: Q3/ The horizontal pump in Fig. below discharges 20°C water at 57 m/h. Neglecting losses, what power…
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- In our country, using natural resources, it is desired to generate electricity by placing a turbine between two water sources. The tangential velocity to the impeller of this turbine is calculated by the formula u = kuLaTeX: \ sqrt {2gHo} 2gHo. Here; The tangential velocity coefficient can be taken as ku = 0.46 ± 0.02, the head which represents the net energy in the turbine as H0 = 650 ± 5% m and the gravitational acceleration as 9.81 m / s2. Find the tangential velocity and the percentage error at that velocity.1. A LEV system has a centrifugal fan rotating at 714 rpm. The airflow is 6210 cfm, the fan total pressure is 4.07” w.g., and the brake horsepower is 3.12 hp. If the rotating speed is decreased to 620 rpm, what are the brake horsepower? a. 1.43 hp b. 2.04 hp c. 2.41 hp d. 2.67 hp 2.A LEV system has a centrifugal fan rotating at 714 rpm. The airflow is 6210 cfm, the fan total pressure is 4.07” w.g., and the brake horsepower is 3.12 hp. If the rotating speed is decreased to 620 rpm, what are the new value for fan total pressure? 4.15" w.g. 3.87" w.g. 3.07" w.g. 3.94" w.g.The suction condition of an air compressor is 104 kPa, 28 deg.C, and 6.81 m^3/s. If the surrounding air is 135 kPa, 32 deg. C Determine the free air capacity in m^3/sec. Answer in whole number
- Data: Hp2,3 = 2 m; A3 = 20 cm²; A₂ = 1 cm²; Hp0,1 = 0.8 m; NB= 74%(pump efficiency) To determine: a) the flow (L/s); b) the area of section (1) (cm³); c) the power supplied by the pump to the fluid.A centrifugal air compressor handles 200 cfm from 12 psia to 90 psia. The initial specific volume is 12.6 cu ft/ lb and the final specific volume is 3.25 cu ft/lb. If the inlet suction line is 4-in ID and the discharge line is 2.5-in ID, determine (a) the change in flow energy between the boundaries, ft-lb/min, (b) the mass rate of flow, lb/min, and the (c) change in velocity. (draw a diagram)Energy balance results (in kW) obtained for the same medium speed single cylinder diesel engine are reported in the following table. For case 1, if the coolant temperature is 105 °C at the outlet of the engine and the volumetric flow rate is 0.22*10-3 m3/s, the temperature of the coolant at the inlet is (in °C): (The coolant is considered water with a density 999 kg/m3 and a specific heat 4.2 k/kg.K). Case N (rpm) bmep (bar) W. O ambient Q ahast shaft 2.2 4.2 19.1 60.3 9.90 3.52 1 500 7.1 24.5 23.8 500 6.1 3.6 5.2 400 3.50 4.9 4.1 1.4 Select one: O a. 142.1 O b. 112.7 O c. 97.31 O d. 87.2 O e. 370.31
- A pump is installed in a pipe system, where at the suction side 1.0 m below the pump, an open manometer reads a vacuum of 20 cm of mercury. The pipe is 10 cm in diameter and the flow is 35 L/s of water. Find the total energy at the location of the manometer, relative to a datum, through the pump. Choices are listed below and draw its FBD. A.-4.67 m B.-2.72 m C.12.74 m D.2.561Two water pumps are arranged in series. The performance data for both pumps follow the parabolic curve fit Havailable =H0 =aV ^2. For pump 1, H0 =5.30 m and coefficient a =0.0438 m/Lpm^2; for pump 2, H0 =8.70 m and coefficient a =0.0347 m/Lpm^2. In either case, the units ofnet pump head H are m, and the units of capacity V are Lpm.Calculate the combined shutoff head. Complete Answer, thank youA centrifugal air compressor compresses 200 cfm from 12 psia to 90 psia. The initial specific volume is 12.6 ft3/lb and the final specific volume is 3.25 ft3/lb. If the inlet suction line is 4 in. ID and the discharge line is 2.5 in. ID, determine (a) the change in flow work between the boundaries, ft-lb/min; (b) the mass rate of flow, lb/min; and (c) the change in velocity. Answer: (a) 324,000, (b) 15.88, (c) -12.9 fps
- The figure below shows a turbine-driven pump that provides water to a mixing chamber located dz= 5 m higher than the pump, where m˙=50 kg/s. Steady-state operating data for the turbine and pump are labeled on the figure. Heat transfer from the water to its surroundings occurs at a rate of 2 kW. For the turbine, heat transfer with the surroundings and potential energy effects are negligible. Kinetic energy effects at all numbered states can be ignored. Determine:(a) the magnitude of the pump power, in kW.(b) the mass flow rate of steam, in kg/s, that flows through the turbine.Include a free body diagram A pump is installed in a pipe system, where at the suction side 1.0 m below the pump, an open manometer reads a vacuum of 20 cm of mercury. The pipe is 10 cm in diameter and the flow is 35 L/s of water. Find the total energy at the location of the manometer, relative to a datum, through the pump. A. 12.74 m B. -4.67 m C. 2.56 D. -2.72 mA tidal power plant of single basin type, has a basin area of 25 x 10 to power 6 m2. The tide has a range of 10m. The turbine however, stops operating when the head on it falls below 2 m. Calculate the energy generated in one filling process, in KWh if the turbine generator efficiency is 75%. (Density of sea water = 1025 kg/m2)