Suppose a power plant delivers energy at 880 MW using
Chapter 15, Problem 70(choose chapter or problem)
Suppose a power plant delivers energy at 880 MW using steam turbines. The steam goes into the turbines superheated at 625 K and deposits its unused heat in river water at 285 K. Assume that the turbine operates as an ideal Carnot engine.
\((a)\) If the river flow rate is \(\mathrm {37~ m^3/s}\), estimate the average temperature increase of the river water immediately downstream from the power plant.
\((b)\) What is the entropy increase per kilogram of the downstream river water in \(\mathrm {J/kg \cdot K}\)?
Equation Transcription:
Text Transcription:
37 m^3/s
J/kg cdot K
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