1 x 10^6 cm³ of Nitrogen at a pressure of 1 N/mm² and temperature 300°C, expands 10 times its original volume and its final temperature will be 25°C. Calculate (i) mass (ii) change in entropy by considering temperature, volume, entropy relationship (iii) change in entropy by. considering temperature, pressure, entropy relationship (iii) change in entropy by considering pressure, volume, entropy relationship.

Elements Of Electromagnetics
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Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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1 x 10^6 cm³ of Nitrogen at a pressure of 1 N/mm² and temperature 300°C, expands 10 times its original volume and its final temperature will be 25°C. Calculate (i) mass (ii) change in entropy by considering temperature, volume, entropy relationship (iii) change in entropy by. considering temperature, pressure, entropy relationship (iii) change in entropy by considering pressure, volume, entropy relationship.
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