i have started taking some engineering material courses recently.Thank god i found your channel. your videos are nearly the main source for my study. Best wishes for you.
I am very glad to be of service. please like, subscribe and share to help me grow this channel period by the way, we have a podcast playlist dedicated to material science called "Materialism"
eksik anlatmışsın aradığım şeyi bulamadım bunu biliyordum zaten, o 38 ve 71 e gelen noktalardaki sıvı oranını ne alıyoruz ? yani demek istediğim katının içinde ne kadar sıvı, sıvının içinde ne kadar sıvı var.
When we calculate the percentage of it, is it always solid the higher percentage one in that section? Cuz it is undergoing solidification into solid. Tq
@@JingyiYap-c8b only if you are comparing a single composition as it cools. That is the most common phase diagram shapes. There are a few other exotic shapes, but generally your statement will be true.
i have started taking some engineering material courses recently.Thank god i found your channel. your videos are nearly the main source for my study. Best wishes for you.
Oh geez, I love hearing feedback like this. Lmk what other content to provide.
never thought i would find an specific video to find % of each phase by lever rule.... THANK YOUUUUUUU U JUST SAVED ME
You are doing some fantastic work with all of your videos! You have been a real livesaver this semester! Thank you, and keep up the good work!
Thanks homie!! This sort of feedback keeps me going! Check out our podcast "Materialism" if you get a second. We'd love some more itunes reviews ;)
I know this is late but I swear you just saved my life I couldn't understand what I had to! You are a life savior!
it's 2 am and my final is tomorrow and you just saved me
I believe in you ;)
Passed it?
such short video help me to understand the lever rule so easily, thank you, respect❤
im colour blind, thanks for specifying the RHS and LHS. good work sir
No problem!
This playlist is such a good mix of gen chem i & ii + petrography + some physics.
So much overlap with a geology degree.
good work....helped me so much....well explanation in a very short time
I am very glad to be of service. please like, subscribe and share to help me grow this channel period by the way, we have a podcast playlist dedicated to material science called "Materialism"
Thank you so much for this clear and concise tutorials..
needed this for my final in 13 minutes
Good luck!!!!
Thank you very much for the explanation. It has been very useful 👏👍😀
Heck ya!!
ur explanation was really good !!
too much informative and helpful,want to do thesis under you Sir :)
Thank you sir. sending support from the Philippines
Woohoo! Thanks for being there. Do me a favor and leave us an iTunes review for our Materialism podcast so we can keep making content!
You’ve saved me.
🦸🏻♀️
Excellent video!
eksik anlatmışsın aradığım şeyi bulamadım bunu biliyordum zaten, o 38 ve 71 e gelen noktalardaki sıvı oranını ne alıyoruz ? yani demek istediğim katının içinde ne kadar sıvı, sıvının içinde ne kadar sıvı var.
Neden ortadan çizgi çizdi peki anladın mı
Rastgele nokta koydu ara bölgeye yatay çizgi çekiyorsun solda kalan parçacık katı yüzdesini, sağdaki sıvı yüzdesini. O çizgiyi %100 gibi düşün.
When we calculate the percentage of it, is it always solid the higher percentage one in that section? Cuz it is undergoing solidification into solid. Tq
@@JingyiYap-c8b only if you are comparing a single composition as it cools. That is the most common phase diagram shapes. There are a few other exotic shapes, but generally your statement will be true.
Thanks prof.
💪🏻💪🏻💪🏻
Very helpful, thankssss
Glad to help. Check out our podcast "Materialism" for some really cool stories about the past, present, and future of materials science.
Thx bro very helpful
Share with your buddies 😁
Good explanation
great thanks
THANNKK YOUU SO MUCH SIR!
💪🏻💪🏻💪🏻
Thank you sir
Mantapp
Yessr