Heating Water & Air in a Sealed Container (Interactive Simulation)

Organized by textbook: learncheme.com/ Describes how to use an interactive simulation that models heating a container that is partially filled with water at 25C and the remainder is air. It is then sealed and heated and the pressure increases as the gas volume decreases and more oxygen and nitrogen dissolve in the water. Uses the interactive simulation: learncheme.com/simulations/th... Made by faculty at the University of Colorado Boulder, Department of Chemical & Biological Engineering.
Check out our Thermodynamics playlists: kzbin.info...
Check out our website for interactive Thermodynamics simulations: www.learncheme.com/simulations...

[@user-li1mb8gt2w]

I am wondering if we have water vapor in gas phase? Do you consider that?

[@shubhammittal1720]

Which software are you using for simulation?

[@LearnChemE]

Thanks for your question! The simulations are made in Wolfram Mathematica.

[@kirantetgure6891]

Respected Sir, ABOVE VIDEO WAS VERY HELP FULL. Can you show this for Increase in pressure with increase in temperature for water sealed in close container which is completely filled by water. I am Engineering student BE Final Year. Please reply. Thank you.

[@baguazhang2]

Can you please fix the simulator? The page is no longer working.

[@LearnChemE]

Sorry about that! It's fixed now.

[@cryptfire3158]

Now i wanna see it done in real life.. i'm sure there's a video already, but i dunno how to find.

[@kirantetgure6891]

Respected Sir, ABOVE VIDEO WAS VERY HELP FULL. Can you show this for Increase in pressure with increase in temperature for water sealed in close container which is completely filled by water. I am Engineering student BE Final Year. Please reply. Thank you.

[@bretwalters4150]

I too would like to see this - but I'd love to see the ability to "manually" deform the container with the sliders. Start with X volume and Y volume of water, then once the temperature is set, baloon the container by Z percent, say 1L becoming 1.001 L. I would love to see the ability to calculate pressure based on this with 100% full of water (just the expansion/compression factors to deal with). Thanks in advance.