(a)
Interpretation:
Develop a simplified form of the general steady-state entropy balance for single-pipe heat exchanger and justify any assumptions made.
Concept Introduction:
For a steady state flow process, the general entropy balance for an open system is defined as:
Where
(b)
Interpretation:
Develop a simplified form of the general steady-state entropy balance for double-pipe heat exchanger and justify any assumptions made.
Concept Introduction:
For a steady state flow process, the general entropy balance for an open system is defined as:
Where
(c)
Interpretation:
Develop a simplified form of the general steady-state entropy balance for pump and justify any assumptions made.
Concept Introduction:
For a steady state flow process, the general entropy balance for an open system is defined as:
Where
(d)
Interpretation:
Develop a simplified form of the general steady-state entropy balance for gas compressor and justify any assumptions made.
Concept Introduction:
For a steady state flow process, the general entropy balance for an open system is defined as:
Where
(e)
Interpretation:
Develop a simplified form of the general steady-state entropy balance for gas turbine and justify any assumptions made.
Concept Introduction:
For a steady state flow process, the general entropy balance for an open system is defined as:
Where
(f)
Interpretation:
Develop a simplified form of the general steady-state entropy balance for Throttle valve and justify any assumptions made.
Concept Introduction:
For a steady state flow process, the general entropy balance for an open system is defined as:
Where
(f)
Interpretation:
Develop a simplified form of the general steady-state entropy balance for nozzles and justify any assumptions made.
Concept Introduction:
For a steady state flow process, the general entropy balance for an open system is defined as:
Where
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