Network Solids and Carbon: Crash Course Chemistry #34
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Date: 2022-04-04
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Comments and reviews: 8
Sevi
Can you explain the way graphite absorbs a lot of light (dark colour) while diamonds barely interact with it (transparency) due to their structure somehow? I would imagine the constantly -shuffling- layers of graphite make it extremely hard for the light to escape once inside the graphite, while the -shiny- parts come from light deflecting immediately off the outermost layer.
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Can you explain the way graphite absorbs a lot of light (dark colour) while diamonds barely interact with it (transparency) due to their structure somehow? I would imagine the constantly -shuffling- layers of graphite make it extremely hard for the light to escape once inside the graphite, while the -shiny- parts come from light deflecting immediately off the outermost layer.
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The
Sometimes I just feel like you're trying to portray your high vocabulary and advanced knowledge by throwing out information. Could you please talk a little slower so we can understand? I'm not trying to be mean, I really like your videos, it's just hard to take anything out from them.
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Sometimes I just feel like you're trying to portray your high vocabulary and advanced knowledge by throwing out information. Could you please talk a little slower so we can understand? I'm not trying to be mean, I really like your videos, it's just hard to take anything out from them.
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TesserId
I've been experimenting with magnetic properties. I know that graphite is diamagnetic; but if diamond is non-conductive, then what is the magnetic property of diamond? I don't think that I can afford to buy a large enough sample, even a synthetic one, for my own experiments.
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I've been experimenting with magnetic properties. I know that graphite is diamagnetic; but if diamond is non-conductive, then what is the magnetic property of diamond? I don't think that I can afford to buy a large enough sample, even a synthetic one, for my own experiments.
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Madi
so you have a chemistry and biology crash course and a big history crash course but you really need to have one based around physics - more than just how the solar sytem, galaxies n the universe came to be. from an engineer
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so you have a chemistry and biology crash course and a big history crash course but you really need to have one based around physics - more than just how the solar sytem, galaxies n the universe came to be. from an engineer
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Akshat
Am I the only person to notice that Hank did not tell about Buckminsterfullerene (had to look up the spelling)?
Anyway, Hank, you are way better than the so called teachers in my school.
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Am I the only person to notice that Hank did not tell about Buckminsterfullerene (had to look up the spelling)?
Anyway, Hank, you are way better than the so called teachers in my school.
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DatDack
Hank, what makes an atom decide to make specific bonds? Why does it sometimes form carbon dioxide, sometimes forms C2H2, sometimes forms C60, etc? What causes it to bond in a certain way?
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Hank, what makes an atom decide to make specific bonds? Why does it sometimes form carbon dioxide, sometimes forms C2H2, sometimes forms C60, etc? What causes it to bond in a certain way?
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Omarian
what if you had evan more pressure and a lot more heat would you make someting evan harder than eimond and more claer than it
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what if you had evan more pressure and a lot more heat would you make someting evan harder than eimond and more claer than it
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Mike
Huh, I've always wondered how graphite spray lubricant works. It's basically just sheets of graphene sliding over other. Thanks!
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Huh, I've always wondered how graphite spray lubricant works. It's basically just sheets of graphene sliding over other. Thanks!
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