1. Steam enters a turbine at 200 psia and 600 F through a 3-inch-diameter pipe with...

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1. Steam enters a turbine at 200 psia and 600 °F through a 3-inch-diameter pipe with a velocity of 10 ft/s. The exhaust from the turbine is carried through a 10-inch- diameter pipe and is at 5 psia and 200 °F. Calculate the electricity output of the turbine. 2. In her senior design project, a student uses the ideal gas equation to determine the molar volume of ethane vapor at 25°C and 2200 kPa. Calculate the molar volume of ethane and the relative error in the student's calculation. 1. Steam enters a turbine at 200 psia and 600 °F through a 3-inch-diameter pipe with a velocity of 10 ft/s. The exhaust from the turbine is carried through a 10-inch- diameter pipe and is at 5 psia and 200 °F. Calculate the electricity output of the turbine. 2. In her senior design project, a student uses the ideal gas equation to determine the molar volume of ethane vapor at 25°C and 2200 kPa. Calculate the molar volume of ethane and the relative error in the student's calculation.

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Sure I can help you with that 1 To calculate the electricity output of the turbine we need to use the first law of thermodynamics which states that the change in the internal energy of a system is equ... View the full answer