Question

A vessel (1) contains kg of water at 500 °C and 200 kPa pressure. The second vessel (2) contains kg of saturated water vapor at 200 kPa. The contents of the vessels (1 and 2) are mixed in a constant pressure and adiabatic process. Find the final temperature and the entropy generation (Sgen) for the mixing process. Vessel 1 Vessel 2 kg, 500 °C, 200 kPa kg saturated water vapor, 200 kPa Mixture T = ?; Sgen

Name: a vessel 1 contains kg of water at 500 c and 200 kpa pressure the second vessel 2 contains kg of saturated water vapour at 200 kpa the contents of the vessels 1 and 2 are mixed in constant p 82718
Uploaded: 2022-05-31T18:04:18-08:00
Duration: 2 min 44 s
Channel: Adriano Chikande
Description: a vessel 1 contains kg of water at 500 c and 200 kpa pressure the second vessel 2 contains kg of saturated water vapour at 200 kpa the contents of the vessels 1 and 2 are mixed in constant p 82718

          A vessel (1) contains kg of water at 500 °C and 200 kPa pressure. The second vessel (2) contains kg of saturated water vapor at 200 kPa. The contents of the vessels (1 and 2) are mixed in a constant pressure and adiabatic process. Find the final temperature and the entropy generation (Sgen) for the mixing process.
Vessel 1
Vessel 2
kg, 500 °C, 200 kPa
kg saturated water vapor, 200 kPa
Mixture T = ?; Sgen

Added by Matthew I.

University Physics with Modern Physics

Hugh D. Young 14th Edition

Instant Answer

Solved by Expert Adriano Chikande

05/31/2022

Step 1

Given: H1 = 3487.315 kJ/kg H2 = 276.241 kJ/kg Final enthalpy (Hf) = (H1 + H2) / 2 Final enthalpy (Hf) = (3487.315 + 276.241) / 2 Final enthalpy (Hf) = 1881.778 kJ/kg Show more…

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A vessel (1) contains kg of water at 500 °C and 200 kPa pressure. The second vessel (2) contains kg of saturated water vapor at 200 kPa. The contents of the vessels (1 and 2) are mixed in a constant pressure and adiabatic process. Find the final temperature and the entropy generation (Sgen) for the mixing process. Vessel 1 Vessel 2 kg, 500 °C, 200 kPa kg saturated water vapor, 200 kPa Mixture T = ?; Sgen