I’m super late but NaK is a good example of an alloy with a lower melting temp than the elements that make it. Sodium and potassium are both solids but their alloy is a liquid
Converting 420 C and 1086 C to Kelvin gives 693.15 k and 1359.15 k respectively, multiplying those numbers with each metal's percent in the example alloy: 1359.15*.85+693.16*.15=1259.252 K or 985.85 C meaning that the melting point is about 36 to 86 degrees cooler than you would expect if it was a linear relationship.
Professor Organic Chemistry Tutor, thank you for a basic understanding and Introduction of Metal Alloys in AP/General Chemistry. I am confused about the different types of Metal Alloys in Modern Chemistry. I will review this video from start to finish. This is an error free video/lecture on TH-cam TV with the Organic Chemistry Tutor.
Does anyone have a photo or know the name, age of the guy who literally knows everything? I need to put a human aspect to this entity or I will lose my mind hahah
For me, when ever your talk about science and engineering, especially on video, your really discussing vocabulary, You've illustrated three words here (sort of, your definition of alloys is still not quite right ): alloy, substitutional, and interstitial. There are quite a lot of other words to google on this topic. e.g. lattice of crystalline structure, impurities, defects, phase diagrams, ferrous and non-ferrous alloys.
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I’m super late but NaK is a good example of an alloy with a lower melting temp than the elements that make it. Sodium and potassium are both solids but their alloy is a liquid
@@chicken29843 alloys are just mixtures
Thanks for making this easily digestible information!
Converting 420 C and 1086 C to Kelvin gives 693.15 k and 1359.15 k respectively, multiplying those numbers with each metal's percent in the example alloy:
1359.15*.85+693.16*.15=1259.252 K or 985.85 C meaning that the melting point is about 36 to 86 degrees cooler than you would expect if it was a linear relationship.
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Ur brother from Egypt ❤
4:30 Lol, I put weird atoms too, sometimes I don’t even know where did they come from
Professor Organic Chemistry Tutor, thank you for a basic understanding and Introduction of Metal Alloys in AP/General Chemistry. I am confused about the different types of Metal Alloys in Modern Chemistry. I will review this video from start to finish. This is an error free video/lecture on TH-cam TV with the Organic Chemistry Tutor.
Dude! You're the Lapidary guy! Good video.
You make learning fun again. Thank you. :)
Thank's for The Video
Can You Make for us Some Inorganic Chemistry Courses like Main Group Elements, Their Properties and Preparation Reactions
Now how to mix Valyrian steel?
Does anyone have a photo or know the name, age of the guy who literally knows everything? I need to put a human aspect to this entity or I will lose my mind hahah
yeah, he is a humble version of Einstein
His real name is Julio Gonzales
youtube.fandom.com/wiki/The_Organic_Chemistry_Tutor --- and this is an ACTUAL face reveal lmao
@Chowder Man you did not just do that
@Seth Tanner ooooo u mad man
thank you so much... you saved my life
Why was someone going to behead you?
nice videos this videos is very usefull for me
Thank you
Thanks
For me, when ever your talk about science and engineering, especially on video, your really discussing vocabulary, You've illustrated three words here (sort of, your definition of alloys is still not quite right ): alloy, substitutional, and interstitial. There are quite a lot of other words to google on this topic. e.g. lattice of crystalline structure, impurities, defects, phase diagrams, ferrous and non-ferrous alloys.
my teacher is nothing she want me to remember everything
So, steel is carbonated Iron.
yes
We need translation for arbic language
Where the sea of electrons now
Lol😊
oxygen rests with variables for stress. brass sucks
Interstitial, not "interstitual". Suelement l'Anglais.
Don't mix alloys!!!
thanks