17. Thermodynamics: Now What Happens When You Heat It Up?
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- Опубліковано 11 вер 2024
- MIT 5.111 Principles of Chemical Science, Fall 2014
View the complete course: ocw.mit.edu/5-...
Instructor: Catherine Drennan
Chemistry is part of everyday life whether we realize it or not. In this lecture, we use thermodynamics to explain some basic observations made when cooking. Chemistry is also essential within living organisms, and we hear from researcher Lourdes Aleman about the importance of weak interactions known as hydrogen bonds.
License: Creative Commons BY-NC-SA
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Thank you MIT, Thank you Prof. Drennan..
congratulations to MIT for transmitting these classes, this work is incredible, congratulations to the teacher who is excellent, I am very grateful for these classes, I live in a city in the middle of the Amazon and I'm here watching these classes and learning a lot. I already have a degree in chemistry, and it has been a great review. sorry for the english, because i'm using the translator. Grateful. Thank you very much Mith.
The incessant flow of words is really admirable. It also shows profound knowledge based confidence.
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By watching your lecture it feels like how dumb i am to fear of chemistry, how easy chemistry is...
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MIT is the best institute for sure.
Thanks MIT
Thanks ❤️🤍
Finally! I actually got what it means
15:00
A really great Super Collider is a bit frustrating because it makes a Black Hole from which no information returns, or so the observed wisdom would have us believe, ..all of which deliberately ignores the creation of the information that positions the apparent disinformation location.(as if knowledge destroys itself in a Black Hole to protect itself)
Politics, assuming responsibility without liability, is the same technique.?
So the topic of Thermodynamics has these characteristics of +/-Inflation bubble-modes in Totality, of Ideal Gas positioning points, with properties that self-define at the universal balance function that is the ephemeral e-Pi-i-numberness, the logarithmic temporal vector coordination or association phenomena of sync-duration in/of dynamic pure relative motion, a probability spectrum dominance coordinate system. "Simply" crystallisation of time, in/of Infinity. (The precise opposite of the Singularity zero-infinity difference distribution is the only actual, accurate statement applicable)
Thermodynamics, the properties of Ideal Gas, describes natural temporal phenomena, derived from the First Principle, Eternity-now Interval Conception Mathematics.
This is helpful ❤️🤍