How we can find Extract the binaries of the given ternary phase diagrams. Plot four different isothermal sectins for each at temperatures you selected. I indicate the selected temperatures on the binaries. diagrams can you help me
man your video is a masterpiece. Thank you very much for sharing your knowledge on this topic, it is helping me in my finals.. Why didnt you make more?????
Just time and energy. I have research, graduate students, teaching, and administrative stuff that I'm doing. On top of it I'm trying to keep myself sane during less than sane period of time.
@@beckmanwsuofficial8503 hey man, I know you know physical chemistry very well. I was wondering if you could help me with this question: I have two Iron-Nickel solutions, both at 1873 K, one is solid and the other liquid. How could I calculate the variation of gibbs free energy of both solutions so I can tell which one is the most stable? I know it must be the liquid one, because the melting point of both nickel and iron are under 1873 k, but my calculations point the solid solution as the most stable at 1873 K.
nice video!! sorry but i have a question, how can i find the fraction of each phase at 9:55 ??? The first material has 70mol% of Al2O3, 17mol% of SiO2, 13mol% of MgO
How we can find Extract the binaries of the given ternary phase diagrams. Plot four different isothermal sectins for each
at temperatures you selected. I indicate the selected temperatures on the binaries. diagrams can you help me
man your video is a masterpiece. Thank you very much for sharing your knowledge on this topic, it is helping me in my finals.. Why didnt you make more?????
Just time and energy. I have research, graduate students, teaching, and administrative stuff that I'm doing. On top of it I'm trying to keep myself sane during less than sane period of time.
@@beckmanwsuofficial8503 and I am definitely already out of my mind.
@@thaynara8017 The world today is an increasingly difficult place, particularly for those that may already have a proclivity for living in their mind.
@@beckmanwsuofficial8503 :( I total agree.
@@beckmanwsuofficial8503 hey man, I know you know physical chemistry very well. I was wondering if you could help me with this question: I have two Iron-Nickel solutions, both at 1873 K, one is solid and the other liquid. How could I calculate the variation of gibbs free energy of both solutions so I can tell which one is the most stable? I know it must be the liquid one, because the melting point of both nickel and iron are under 1873 k, but my calculations point the solid solution as the most stable at 1873 K.
nice video!! sorry but i have a question, how can i find the fraction of each phase at 9:55 ??? The first material has 70mol% of Al2O3, 17mol% of SiO2, 13mol% of MgO
Thank you 👌👌👌💟
You're welcome