14. 5 kg of liquid seawater with initial temperature 0°C and salinity 3 percent (by mass) is mixed with pure water with initial temperature 15°C. The system reaches equilibrium at +5°C. Determine the initial mass of the pure water and the final salini- ty of the mixture.
14. 5 kg of liquid seawater with initial temperature 0°C and salinity 3 percent (by mass) is mixed with pure water with initial temperature 15°C. The system reaches equilibrium at +5°C. Determine the initial mass of the pure water and the final salini- ty of the mixture.
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![14. 5 kg of liquid seawater with initial temperature 0°C and salinity 3 percent (by
mass) is mixed with pure water with initial temperature 15°C. The system reaches
equilibrium at +5°C. Determine the initial mass of the pure water and the final salini-
ty of the mixture.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fd81762bb-f20f-431b-8ad2-1cfedeffd7d6%2Ffa5f8429-4b52-48d7-92f6-f845c31981e8%2Fuz1r4hb_processed.png&w=3840&q=75)
Transcribed Image Text:14. 5 kg of liquid seawater with initial temperature 0°C and salinity 3 percent (by
mass) is mixed with pure water with initial temperature 15°C. The system reaches
equilibrium at +5°C. Determine the initial mass of the pure water and the final salini-
ty of the mixture.
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