In a steam generator, a dry steam of (14 bar) enters the superheater which increase the steam temperature by (65 °C) and reduce the flue gases temperature by (100 °C). Calculate the flue gases mass flow rate per (1 kg/s) of steam flow rate, if the specific heat capacity of the flue gases is (1.005 kj/kg.K).

Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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6- In a steam generator, a dry steam of (14 bar) enters the superheater which increase the
steam temperature by (65 °C) and reduce the flue gases temperature by (100 °C). Calculate
the flue gases mass flow rate per (1 kg/s) of steam flow rate, if the specific heat capacity
of the flue gases is (1.005 kj/kg.K).
Transcribed Image Text:6- In a steam generator, a dry steam of (14 bar) enters the superheater which increase the steam temperature by (65 °C) and reduce the flue gases temperature by (100 °C). Calculate the flue gases mass flow rate per (1 kg/s) of steam flow rate, if the specific heat capacity of the flue gases is (1.005 kj/kg.K).
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