Please explain and show how to get each value 2. The steam turbine has inlet pressure and temperature of 100 bar and 520C respectively.P₁ = 100 barT₁ = 520°CPower outTurbineP₂ = 0.08 barx2=90%-2CondenserCoolingwater in at 20°CCoolingwater out at 35°Ca.+3 P3=0.08 barSaturated liquidDetermine the mass flow rate of steam if the turbine deliver 21.8 MW power. You can ignorethe KE and PE changes. Assume well insulated turbine.b. Mass flow rate of cooling water. Assume that cooling water inlet and outlet takes place atsaturation liquid stage and at the mentioned temperatures.C.Temperature at the exit of the heat exchanger T3

Step 1: Step 2: Step 3: Step 4:

Answered: 2. The steam turbine has inlet pressure…

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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Plsss show the details of your solution with correct pv and ts diagrams and unit analysis. Thanksss! ❤️
Steam is delivered to turbine at 5.4 MPa and 600 degree C. Before condensation at 31 degree C, steam is extracted for feed water heating at 0.6 MPa. The turbine exhaust is 60 degree C. the required values of some state point properties are tabulated below. 9. Calculate the total pump work of the cycle
Steam enters the steam-generating unit at a pressure of 20 bar and dryness of 0.96 and leaves at the same pressure at a temperature of 350°C. Mass flow rate of steam is 5 kg/s. Find the percentage increase in volume (%) due to drying and superheating.
Superheated steam at 18 MPa, 560 °C enters the steam turbine. The pressure at the exit of the turbine is 0.06 MPa and saturated liquid water leaves the condenser at 0.06 MPa. Pressure is increased to 18 MPa again after the pump. Find: (a) Sketch the process on a T-s diagram. (b) The net work per unit of steam flow in kJ/kg. (c) Heat transfer to steam passing through the boiler, in kJ/kg.
H.W: - Steam at 15bar & 330°C expand isentropically in a turbine to 0.12 bar if the flow rate of steam is 300kg/min determine the power produced in turbine.
2.3 A two stages, single acting air compressor compresses air to 20bar. The air enters the L.P cylinder at 1bar and 27°c and leaves it at 4.7bar. The air enters the H.P. cylinder at 4.5bar and 27°c. the size of the L.P cylinder is 400mm diameter and 500mm stroke. The clearance volume in both cylinder is 4% of the respective stroke volume. The compressor runs at 200rpm, taking index of compression and expansion in the two cylinders as 1.3. Determine 2.3.1 the indicated power required to run the compressor.
mbustion. 4G* UE E I 62% 1:29 ... Question 2 2.1 A single stage double acting air compressor of 150KW power takes air in at 16 bar & delivers at 6 bar. The compression follows the law PV1.35 = C. the compressor runs at 160rpm with average piston speed of 150 m/min. Determine the size of the cylinder.
A four stage single acting air compressor running in an atmospheric at 87 KPa and 15 degrees Celsius has a free air delivery of 2,83 m³/min. The section pressure and temperature are 80 KPa and 32 degrees Celsius respectively, the delivery pressure is to be 7 MPa. The temperature at the start of compression in each stage is 32 degrees Celsius, take n=1,3 for all stages. Calculate 1.the mass flow rate to 3 decimal place in kg/min 2. The power input in KW to 1 decimal place
steam enters the steam generating unit at a pressure of 20 bar and dryness of 0.96 and leaves at the same pressure at a temperature of 350°C. Mass flow rate of steam is 5kg/s. Find the percentage increase in volume (%) due to drying and superheating.
Pls. refer to the answer keys so that I will know if my solution is wrong.
i need the answer quickly
8. A turbine passes 67.5 kg/h of steam at 200 km/h at 8 MPa and leaves at 0.5 MPa as wet steam with a speed of 90 km/h and a specific volume of 0.189 m3/kg. d. What must be the steam input conditions (T,H) to turn on a device that consumes 30 kW? and. What is the mass and volumetric flow rate of the water at the outlet? F. What is the input and output area?

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