Chapter 8, Problem 8.124EP

For each control volume analyzed, the thermodynamics model is the steam tables, the process is SSSF (steady state, steady flow), and the changes in kinetic and potential energies are negligible. Consider a reheat cycle utilizing steam. Steam leaves the boiler and enters the turbine at 4 Mpa, 400°C. After expansion in the turbine to 400 kPa, the steam reheated to 400ºC and then expanded in the low pressure turbine to 10 kPa. Determine the cycle efficiency.

We need a steam turbine is to generate 10 MW of power. The feed steam is 200 bar at 500 C. The exhaust is a saturated mixture at 1 bar at 110 C. Calculate the flow rate of steam required.

Please Answer all my Question .. Please help me , I don't want plagiarism.

Steam at 5.2 MPa, 4000C expands in a Rankine turbine to 0.036MPa. For 136 kg/s of steam, determine the work, the thermal efficiency, and the steam rate (a) fot the cycle(b) for the turbine, (c) for an actual turbine with the same specifications, the brake steam rate is 4.80 kg/kwh ang the driven electric generator has an efficiency of 93%, Find brake thermal efficiency , brake engine efficiency, combined work, and quality or temperature of exhaust steam. Don't answer the given problem, just give me the schematic diagram and T-S diagram of the given problem

H.W. 4.1. Consider a regenerative cycle using steam as the working fluid . Steam leaves the boiler and enters the turbine at 4 MPa, 400 oC. After expansion to 400 kPa, some of the steam is extracted from the turbine for the purpose of heating the feedwater in an open feedwater heater. The pressure in the feedwater heater is 400 kPa and the water leaving it is saturated liquid at 400 kPa. The steam not extracted expands to 10 kPa. Determine the cycle efficiency. Answers: 37.5%

In order for steam to turn the turbine in the generator of a heat engine, the steam must be   Question 9 options:   at high volume.   at low temperature.   under low pressure   under high pressure.

Pleae solve this problem and give an explanation of how you have picked up values from steam tables... Also explain how would we find enthalpy after fluid expansion in first turbine

Please solve the given problem.

2.) An actual Rankine Engine is used to power a generator. The steam enters its turbine at 4 MPa and 300C then expands in an irreversible adiabatic process where it becomes saturated vapor. It enters the condenser with a pressure of 5 kPa. Find Ec, W(W₁, W₁, Wk) the remaining engine efficiencies(n,, na, nx), thermal efficiencies (e₁, 3, ek), SR(SR₁, SR₂, SR), HR(HR, HR, HR) obtained if the turbogenerator has 85% mechanical efficiency and 90% generator efficiency. 2822.88 kg W 27 e SR HR I 399.2 39.08% 14.14% 25456.73 B 339.32 33.22% 12.02% 29949.35 305.39 29.89% 10.82% 33276.96 k kg kj kg kg kWh kg kWh kg kWh 9.02- 10.61 11.79 kWh kj kWh