Organic Chemistry: Cyclohexane ring flip
Loading...
Loading...
2:57
Flipping the Cyclohexane Chairby HGTCChem3,271 views- 2:48
Cyclohexane - Part 2/3by YourFormulaSheet27,008 views
- 13:51
OChem 05 - Newman Projectionsby MathandScienceFTW12,704 views
- 8:50
Organic Chemistry Stereochemistryby studystove8,097 views
- 5:45
Organic Chem: Drawing Cyclohexane and ring flipsby studyaid07256,889 views
- 8:04
Organic Chemistry: cyclohexane ring flipping, and conformational analyisis pt 2by chembarb4,991 views
- 16:52
Newman Projection Butaneby moballer123,122 views
- 5:55
Cyclohexane Ring Flipby studyaid07255,095 views
- 1:32
chair chair interconversion: cyclohexane conformation animationby DokeDJ6,017 views
- 9:58
Coca Cola Tutorial - Professor Dave's Organic Chemistry Tutorial 4Aby ProfessorDaveatYork3,768 views
- 0:15
Cyclohexane Flipby livesupinsmoke2,850 views
- 6:36
How to draw a cyclohexane chair conformationby MasterOrganicChem637 views
- 1:23
Cyclohexaneby Baribuell5,632 views
- 4:30
Drawing Cis & Trans.mpgby EnderlePhD2,281 views
- 6:55
Organic Chemistry: R & S Stereochemistyby studyaid07253,106 views
- 3:05
On A Bond (I'm on a Boat Parody)by tkesexton15184,507 views
- 8:28
VIDEO BOOST - conformational analysis of cyclohexane chairs at BMC, Nerzby mnerzsto1,215 views
- 7:36
Organic Chemistry: Newman Projections of ethaneby studyaid07253,096 views
- 4:23
Newman Projection - How to draw Newman Projectionby YourFormulaSheet43,000 views
so two quick questions, had you placed the fluorine on the equatorial down position (as opposed to the up axial) then would that be Trans -1-ethyl-4-flourocyclohexane ? also would it be right to place the ethyl on an axial down position and then the flouro would be on an equatorial down as well ? thanks
caorr 1 week ago
thank you !!!!!!! :)
caorr 1 week ago
thanks man for clearing up my confusion
blahblahblahtape 4 weeks ago
nice job explaining!
DeesWorld007 2 months ago
Thanks for sharing, this helped clarity some confusion!
BRENNANSTECHBITE 4 months ago
I guess the first ring is more stable because the larger substituent (ethyl) is in the equatorial position.
weiyi1123 5 months ago
THANK YOUTHANK YOUTHANK YOUTHANK YOUTHANK YOUTHANK YOUTHANK YOUTHANK YOUTHANK YOUTHANK YOUTHANK YOU
heyyylyla 5 months ago
Ah nice, this was way easier to follow than my textbook. Thank you!
Nullmech 5 months ago
thank you. :)
AthrunZala32 5 months ago
thank you so much!! you have made ring flip and stability understandable!!! great explanation!
khaniiiiii 8 months ago