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
@theymiya ethyl is a bulky group.. so if a bulky group is placed on an axial bond it will lead to 1-4 diaxial overlap!! hence its placed on equatorial position..
Also, the people commenting on the lower equatorial bond are correct, that equatorial hydrogen on what you'd be calling C6 should be bent to the left, not the right...
Thanks very much, you just saved me as I got stumped for a second studying for a test tomorrow. My book wasn't showing part of it very clearly. I owe you a beer.
please please please do a video on symmetry and point group........i cannot get a word of it from my preofessor......any1 knows about a good vedio on symmetry......by the way i love ur videos....thanks you are a life saver
I could be wrong but on your first chair, the middle part, the lower equatorial bond; isn't that supposed to form a parallel line with the top equatorial bond? i.e shouldn't it be to your left?
Helpful...:)
TheBeth9216 1 day ago
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 1 month 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 6 months ago
thank you so much!! you have made ring flip and stability understandable!!! great explanation!
khaniiiiii 8 months ago
You rock! Thanks
Guiguiggs 8 months ago
thanks
spaedy4ever 8 months ago
why was that ethyl put on the equatorial? why not the axial ?
theymiya 10 months ago
@theymiya never mind ! you answered it later on in the vid, gd video!
theymiya 10 months ago
@theymiya ethyl is a bulky group.. so if a bulky group is placed on an axial bond it will lead to 1-4 diaxial overlap!! hence its placed on equatorial position..
cooldhad 9 months ago
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Also, the people commenting on the lower equatorial bond are correct, that equatorial hydrogen on what you'd be calling C6 should be bent to the left, not the right...
barrotek 11 months ago
Comment removed
barrotek 11 months ago
Thanks very much, you just saved me as I got stumped for a second studying for a test tomorrow. My book wasn't showing part of it very clearly. I owe you a beer.
barrotek 11 months ago
thanks !
4127ben1992 11 months ago
I thought if there is a ring flip. The group on molecule that was axial becomes equatorial. And those that were equatorial becomes axial
Moalta07 1 year ago
Very good explanation! Thanks for going slowly through everything
sugarcanelies 1 year ago
incorrect positioning of equatorial hydrogens
gerasimov101 1 year ago
please please please do a video on symmetry and point group........i cannot get a word of it from my preofessor......any1 knows about a good vedio on symmetry......by the way i love ur videos....thanks you are a life saver
gulapgulap 1 year ago
This has been flagged as spam show
Thank you soo much!
SZUWEI8026 1 year ago
Thank you sooooo much. So much better than my teacher!!!! THANK YOU SERIOUSLY
MuzikManiak100 1 year ago
Thanks, this was really helpful!
Good luck with everything!
MyPage123 1 year ago
thanks
retrokiks4 1 year ago
I could be wrong but on your first chair, the middle part, the lower equatorial bond; isn't that supposed to form a parallel line with the top equatorial bond? i.e shouldn't it be to your left?
bwari01 1 year ago
Thanks! Very, very helpful! :)
thirdjean 1 year ago
Thank you soo much! :)
simplyjustbecause 1 year ago
Extremely helpful - thank you!
1234fakeusername 1 year ago
Kudos.
curryjon 1 year ago