1%^ III.: 011:00) العنوانDVDeterminگستانلدPowerFor the Rankine cycle shown below, Draw the T-S diagram for the cycle and determine thepower output from the turbine?Steam150 bar, 350 °CTurbineHA W₁ =?۱/۱A|||BoilerWater pump100 kPa Steam2Condenser3AT Cooling water=10 Kmcooling water = 65kg/sCIC

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Answered: 1%^ III. : 0 11:00 ) العنوان DV…

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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4:52 ¢ O !ןה. il 3.5 37 K/s Prmnnt 1 minute ago (CLO-6) A simple ideal Rankine cycle operates such that P- Pa 10 kPa and P2- P3-5 MPa. The turbine inlet temperature is 600°C. The schematic of the cycle is shown below. Water is the fluid in the cycle. Water is saturated liquid at the exit of the condenser and water is compressed liquid at the exit of the pump. Determine the heat rejected in the condenser. 9in Boiler Wpump.in Wrurb.out Pump Turbine Condenser Jout O O o ...
1. Consider the following schematic of a power plant (operating in what is called a 'Rankine Cycle') Turbine Steam generator Condenser Coling water Economiaer The power plant control room reports that the plant is operating continuously at the following peak load conditions: a. Power to pump = 300KW b. Rate of steam flow = 25 kg/s c. Cooling water temperature at condenser inlet = 13 C d. Cooling water temperature at condenser outlet = 34 C Additionally, the following measurements were made at various points in the piping connecting the power plant components Data Pressure Temp. Quality enthalpy Specific Velocity (kJ/kg) point (kPa) volume (m/s) (m3/kg) (C) (x) 1 6200 2 6100 43 5900 177 ---- 4. 5700 493 ----- 5 5500 482 ----- 6 103 0.94 183 7 96 43 -----
Q.5 A vapour compression heat pump is driven by a power cycle having a thermal efficiency of 25% for the heat pump, refrigerant 12 is compressed from saturated vapour at 2 bar to consenser pressure 12 bar. The isentropic efficiency of compressor is 80% saturated liquid entors the expansion value of 12 bar for power cycle 80% of the neat rejected by it is transferred to the heated space which has total heating requirement of 500 kJ/min. Determine the power input to heat pump compressor F 12 properties are
A gas turbine power plant working on Brayton cycle as per the following specifications Pressure and temperature of air at inlet to compressor = 1 bar and 10oC Power output of the plant = 8 MW Temperature at inlet to the turbine = 780 oC Pressure ratio = 12 Isentropic efficiency of compressor = 100% Isentropic efficiency of turbine = t(%)= 91 Perform the following: 1) Pressure, specific volume and temperatures at all the points of the cycle? 2) Mass flow rate required?
Q2: A closed Gas turbine unit operating within below temperatures and pressures. Determine the heat supplied; the power output; work ratio; and the cycle efficiency. Compressor ti-20 °C Pi 1 bar mar = 5 kg/s P:= 7 bar t-760 °C Combustion chamber Cooler Turbine HOA W₁=?
Plz help me determine the rankine cycle Or can someone do the rankine cycle on this and how this works
#termodynamics
DRAW DIAGRAM In a SIMPLERankine cycle, the steam throttled condition is 8 MPa and 480°C. The steam is then reheated to 2 MPa and 460 °C. If turbine exhaust is 60 °C, determine the following:a. Heat Addedb. Turbine Workc. Heat Rejectedd. Pump Worke. Net Workf. Efficiency
1. Determine the Rankine efficiency of a condensing steam turbine operating in a Rankine cycle as follows: Steam pressure - 200 psiaSteam temperature - 1000 FExhaust pressure - 2 in Hg absoluteSteam rate - 1.5 lb/kW-hr 2. If the no. 1 problem has a thermal efficiency of 30%, how many barrels of 30 °API fuel oil will be required to produce 1000 kW-hr of power. Neglect the pump work.
2) Determine the Ranking Cycle Efficiency in %. 3) Determine the Brake Thermal Efficiency of the cycle in % 4) Determine the Combined thermal and electrical efficiency in %.
For the Rankine cycle shown below, Draw the T-S diagram for the cycle and determine the power output from the turbine? Boiler Steam 150 bar, 350 °C Water pump Turbine Condenser HA W₁ =? (2) 3 100 kPa Steam AT Cooling water 10 K mcooling water = 65 kg/s
Part 2: Problem Statement A gas turbine power plant operates on simple and ideal cycle with air as the working fluid. The pressure ratio is rp = 10, compressor inlet temperature is T₁ = 300 K and turbine inlet temperature is T3 Use constant specific heat cp = 1.005K and Kair = 1.4 kg.K • Create a new sheet and name it "solution 1" • Create a table for T3 from 800 to 1200 with increment of AT 50 K • Calculate compressor and turbine exit temperatures T₂ = T₁(₂)(k-1)/k (k-1)/k T4 = T3 • (-/-) Calculate compressor work Wc, turbine work WT and heat addition occ • Calculate system efficiency 7th Energy output WT - Wc Energy Input Qcc • Create a scatter chart for T3 VS nth 1) Add chart title 2) Add axis title and show units 3) Add a proper trendline and show equation • What is the system efficiency when turbine inlet temperatures are 920 and 1140 K • Create a new sheet and name it "solution 2" • Repeat all steps for pressure ratio of r₂ = 14

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