Determine the diameter in meters of the exit pipes

Reference no: EM13552869

Steam at 100 bars and 550°C enters a turbine operating in steady-state with a volumetric flow rate of 460 m^3/min. 22% of the entering mass flow exits the turbine at 10 bars, 200°C and a velocity of 20 m/s. The rest exits at a different location at 0.10 bars, a quality of 85%, and a velocity of 500 m/s. Assuming circular cross section pipes, determine the diameter in meters of the exit pipes.

Reference no: EM13552869

Questions Cloud

Significant alternatives to limited liability joint stock : What are Benefit Corporations and are they destined to remain a small niche or can B-corporations emerge as significant alternatives to limited liability joint stock companies?

Determine the slope angle of the mohr envelope : Two triaxial compression tests were performed on two prepared samples of the same limestone. At a confining pressure of 2000 psi, the first sample failed at 9000 psi. Then at a confining pressure of 5000 psi, the other sample failed at 21000 psi.

Derive the expressions for the concentration exiting a cstr : Derive the expressions for the concentration exiting a CSTR and a PFR for a zero order removal reaction. Which reactor design is more efficient in terms of volume and hydraulic retention times?

Net present value and the profitability index : Explain the relationship between the net present value and the profitability index.

Determine the diameter in meters of the exit pipes : Steam at 100 bars and 550°C enters a turbine operating in steady-state with a volumetric flow rate of 460 m^3/min. 22% of the entering mass flow exits the turbine at 10 bars

Explain the purpose of a balance sheet : Explain the purpose of a balance sheet and analyze Ford Motor Company

What is jowers cost of capital : What is Jowers' cost of capital ? the firm's tax rate is 34%.

Evaluate the rates of linear and angular deformation : Consider the pressure-driven flow between stationary parallel plates separated by distance 2b. Coordinate y is measured from the channel centerline. The velocity field is given by u=u max(1-(y/b)^2).

How many pounds of coal must be burned to keep one 100 watt : How many pounds of coal must be burned to keep one 100 watt light bulb lit for one hour? Assume efficiency of the power plant is 35%, the transmission losses are 10% fo the delivered poer, and the heating value of coal is 12,000 BTU/lb

User Account

All Pages