Alkenes & Alkynes: Crash Course Chemistry #41
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Date: 2022-04-04
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Comments and reviews: 5
Mohamed
you seriously have to reconsider speed, this's an organic chemistry lesson not a podcast about fashion! . i tried to put the video to 0. 75x and i started to recollect more but I ended up with a teacher that sounded -on speed-. so, please stop spoiling such great videos with being god-knows-why hasty!
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you seriously have to reconsider speed, this's an organic chemistry lesson not a podcast about fashion! . i tried to put the video to 0. 75x and i started to recollect more but I ended up with a teacher that sounded -on speed-. so, please stop spoiling such great videos with being god-knows-why hasty!
reply
Elnaz
I have exam on Thursday and this exam is a life changing! If i pass i will go to the medicine department and I wasn-t understanding anything about chemistry and all these stuff till i watched this video! Hope u keep this work up please! You don-t know how much you help everyone! LOVE U LOTSSSSSSSS
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I have exam on Thursday and this exam is a life changing! If i pass i will go to the medicine department and I wasn-t understanding anything about chemistry and all these stuff till i watched this video! Hope u keep this work up please! You don-t know how much you help everyone! LOVE U LOTSSSSSSSS
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Nick
Just a humble student here, but shouldn't the rotating around the sigma bond animation (2: 44) actually show the rotation? As it is right now, it shows two electrons spinning around each other inside the sigma axis, that could cause some real confusion about what is rotating around what.
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Just a humble student here, but shouldn't the rotating around the sigma bond animation (2: 44) actually show the rotation? As it is right now, it shows two electrons spinning around each other inside the sigma axis, that could cause some real confusion about what is rotating around what.
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Kien
at 4: 30 when Hank explained why alkynes don't have cis-trans isomers, but i thought even though with a triple bonds, those other two adjacent components still can rotate to the same side or across, thus, forming cis-trans position. Am I correct?
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at 4: 30 when Hank explained why alkynes don't have cis-trans isomers, but i thought even though with a triple bonds, those other two adjacent components still can rotate to the same side or across, thus, forming cis-trans position. Am I correct?
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soph_
My Teacher showed this in class and I had to rewatch this at home and slow it down to. 75x to be able to take proper notes ijsnjindun
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My Teacher showed this in class and I had to rewatch this at home and slow it down to. 75x to be able to take proper notes ijsnjindun
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