Mark independent sides to be the measure of each of the variables. You can read off values using 3 particular directions that remain in that orientation as you move the point in the center. It makes it easier to locate and identify the internal points. For example. Label the triangle points to be 0. Label the sides in a clockwise direction to be 18, 36, 54, ... 180. Each point in the diagram defines the angles of unique triangle ABC that are easily read from the marked scales on each side..
One application is examining the composition of crystallizing magma, where every corner of the diagram represents one chemical component. Generally examining the behaviour of multi-component systems (even more than three compenents by adding cotectic lines and isotherms). You trace the crystallizing path along the diagram.
Spent the last 3 years at uni not understanding it, only stumbled across this now, recon I will pass my exam tomorrow now
The book cannot explain such an easy thing man just thank you
I spent so long not understanding a thing until I saw your video. Thank you, you saved a dental student!
Very good. This will be very helpful for a lot of students.
Another Great UA-camr helping the whole world rather than just posting a stupid prank video that may get a million likes. Thank You, bro!!
thank goodness for you. My prof for the life of him could not explain what you did in the first minute of your video.
Mark independent sides to be the measure of each of the variables. You can read off values using 3 particular directions that remain in that orientation as you move the point in the center. It makes it easier to locate and identify the internal points.
For example. Label the triangle points to be 0. Label the sides in a clockwise direction to be 18, 36, 54, ... 180. Each point in the diagram defines the angles of unique triangle ABC that are easily read from the marked scales on each side..
Very resourcefully. Had a lot of problem explaining it during my presentation; natheless, I am confident now for the next one. Much oblige
Thanks, man! Very clear and friendly explaination :)
So well-explained! Thank you so much!
great...learned the plot point in the ternary mixture! great job!!
Thanks; great video! I think I finally understand these types of diagrams.
You're a lifesaver! Thank you.
Glad it was helpful!
Very well explained, thank you!
thank you very much! step by step procedure on how to use the diagram.
One application is examining the composition of crystallizing magma, where every corner of the diagram represents one chemical component. Generally examining the behaviour of multi-component systems (even more than three compenents by adding cotectic lines and isotherms). You trace the crystallizing path along the diagram.
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Very helpful, thanks.
Thank you very much. Very useful and clear.
What program are you using for drawing? Very good explanation!
I definitely needed this, tysm bruv
Thanks, now im ready for my prac!
Thank you so much for this important information. It is very clear.
very well explained thank you very much!
Wow it was actually very well explained
Thank you so much sir. This explanation is clear and to the point
Clear and simple, thanks a lot
This video was soo helpful. Great explanation. Thank you :))
Thanks for your video! Still getting a bit confused but I do get it. Just need to practice! Thanks again!
Wow thank you so much! My human geog doubts are cleared!
excellent❤❤❤
thanks alot it was so helpful
Good job.Thanks much.
Thank u 🌹❤️
Thanks a lot!
where is the second video?
this video really helped thanks :)
which software you used for plotting psudoternary phase diagram..?
SigmaPlot or Origin...
Thank you!
Thanks you sir
Another application is to do the partially immisible liquid liquid extraction problem.
Good job! Thanks.
you are my angel!!!!
Thank you very much).
thank you bro
very good!
thank you very much
Quite helpful
thank you :)
Thank you
THANK U
:) Thank you!
lmao 2 hours before exam, watching it at 1.75x should have taken material science seriously!
thanks
muchas gracias
thank you
You may have some interest in a series of videos focused on reading crystallization paths: ua-cam.com/video/NuvEzQX0xnk/v-deo.html
I was great
bruh what is this
daddy
Thank you
thank u
Thank you