Consider an actual regenerative Rankine cycle with one open feed water heater. For each kg steam entering the turbine, m kg steam with a specific enthalpy of \[{{h}_{1}}\] is bled from the turbine. Specific enthalpy of water entering the heater is \[{{h}_{2}}.\] The specific enthalpy saturated liquid leaving the heater is equal to:

\[m{{h}_{2}}-({{h}_{2}}-{{h}_{1}})\]

\[m{{h}_{1}}-({{h}_{2}}-{{h}_{1}})\]

\[{{h}_{1}}-m\,({{h}_{2}}-{{h}_{2}})\]

\[{{h}_{2}}-m\,({{h}_{2}}-{{h}_{1}})\]

Consider an actual regenerative Rankine cycle with one open feed water

1.	Consider an actual regenerative Rankine cycle with one open feed water heater. For each kg steam entering the turbine, m kg steam with a specific enthalpy of \[{{h}_{1}}\] is bled from the turbine. Specific enthalpy of water entering the heater is \[{{h}_{2}}.\] The specific enthalpy saturated liquid leaving the heater is equal to:
A.	\[m{{h}_{1}}-({{h}_{2}}-{{h}_{1}})\]
B.	\[{{h}_{1}}-m\,({{h}_{2}}-{{h}_{2}})\]
C.	\[{{h}_{2}}-m\,({{h}_{2}}-{{h}_{1}})\]
D.	\[m{{h}_{2}}-({{h}_{2}}-{{h}_{1}})\]
Answer» D. \[m{{h}_{2}}-({{h}_{2}}-{{h}_{1}})\]

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