Question 14! This is applied thermodynamics (please consider equations for thermo)! Please make sure work is written NEATLY and the answer is in the right units! Thank you!I KEEP GETTING DIFFERENT ANSWERS FROM TUTORS :( PLEASE HELP 14. 5 kg of liquid seawater with initial temperature 0°C and salinity 3 percent (bymass) is mixed with pure water with initial temperature 15°C. The system reachesequilibrium 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.

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.

Principles of Modern Chemistry

8th Edition

ISBN:9781305079113

Author:David W. Oxtoby, H. Pat Gillis, Laurie J. Butler

Publisher:David W. Oxtoby, H. Pat Gillis, Laurie J. Butler

Chapter17: Electrochemistry

Section: Chapter Questions

Problem 80AP

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Question 14! This is applied thermodynamics (please consider equations for thermo)! Please make sure work is written NEATLY and the answer is in the right units! Thank you!

I KEEP GETTING DIFFERENT ANSWERS FROM TUTORS :(

PLEASE HELP

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.

Science that deals with the amount of energy transferred from one equilibrium state to another equilibrium state.

Expert Solution

Step 1

Specific heat capacity is a characteristic of a particular pure liquid. It is a minimum heat required amount to raise the temperature of liquid having unit mass with one unit. Heat is a form of energy. Heat is measure in-unit cal of Joules. Different substances with different states have different heat they gain or lose is depends on the specific heat capacity of that substance.

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