watched about 10 newman videos...this one put all the pieces together! now I know WHY we use 2 different newman projections for the front carbon (one with the plane going up and one going down) !!THANK YOU JEREMY
Its unreal how much more clear this was than my text book just from the smiley faces, seriously thanks so much for making this. Also I recommend watching at 1.25x speed.
these projections finally make sense!!!! thank you!!! tip for anyone watching, the wedge is coming towards YOU not towards the smiley face, that helped me so much in being able to place everything on the projection
I wish that I had watched this last week BEFORE my test!! I would've done a whole lot better. However, from this point and moving forward I so get Newman Projections now!! AMAZING! Thank you for taking your time to really explain this!
No words!! Simply amazing..I was reading book chapters, watching many you tube vedios, i accidentally found this one and this is just killing this topic.huge thanks!!!
Thank you so much! I didn't understand a similar example in the textbook and I looked for so many videos and they don't provide an explanation with this type of diagram like you did here! I finally understand it thanks to your simple explanation!
hey thank you i think i finally understand these projections :) i also think your slow way of talking is fine. it's better to be more detailed than not. thank you~
Is there a base set of rules on where you're supposed to look when it comes to structures? Like if it's based off the closet substituent or solid wedge?
i wish when i took this my professor "dumbed it down" for us and explained it this way. Not that anyone is dumb but some people have trouble picturing these types of things without these helpful tips!
I almost understand how to draw newman projections. This video is more helpful than the books i tried. But I have one question about the second drawing.I think wedge(-OH) has to be located on the right side of newman projection..How do you know about wedge & dashe's side on newman projection?
Why is the OH in the second example put on the left? I thought since it was closest to the smiley, it would be put on the right? Can someone please explain why?
what if the there a dashed group and a straight line on the same plane...so like dashed Br and straight line H both pointing down and a wedge OH pointing up? would i have to rotate the structure so that the H points up so that it's in plane of the structure
thank you so much for making my life worth living again
literalluy!!
watched about 10 newman videos...this one put all the pieces together! now I know WHY we use 2 different newman projections for the front carbon (one with the plane going up and one going down) !!THANK YOU JEREMY
instablaster...
What you explained in 18 minutes my professor couldn’t explain in a 2 hour lecture! This was beyond helpful thank you so much!!!
I hope you know that even now, 9 years later, this video is saving lives. I can't thank you enough!
Its unreal how much more clear this was than my text book just from the smiley faces, seriously thanks so much for making this. Also I recommend watching at 1.25x speed.
these projections finally make sense!!!! thank you!!! tip for anyone watching, the wedge is coming towards YOU not towards the smiley face, that helped me so much in being able to place everything on the projection
The smily faces did almost all the work for me. I never thought of seeing it that way. You are genius.
Absolutely fantastic and to the point and I feel confident! thank you! VERY VERY CLEAR.
I wish that I had watched this last week BEFORE my test!! I would've done a whole lot better. However, from this point and moving forward I so get Newman Projections now!! AMAZING! Thank you for taking your time to really explain this!
Thank you so much sir!
Because of this pandemic, almost all students are homeschooled
took me a wile but the way you explain it finally helped me nail it on. THANK YOU!!!!!
Very informative, thank you so much for providing me a great understanding on this topic. I really appreciate it!
No words!! Simply amazing..I was reading book chapters, watching many you tube vedios, i accidentally found this one and this is just killing this topic.huge thanks!!!
Wow! This explanation is made so simple. It made me just understand how to draw a Newman projection. Thank you!
Thank you so much! I didn't understand a similar example in the textbook and I looked for so many videos and they don't provide an explanation with this type of diagram like you did here! I finally understand it thanks to your simple explanation!
All important points related to the Newman projections are well explained..❤ This helped me a lot and thank you so much...
Thank You so much for this video! God Bless you!
this is the video that finally helped me understand Newman Projections...THANK YOU!
I finally get why the template has the Y upwards and sometimes downwards! Thank you!
Thank you for speaking slowly and sharing your wisdom.
OMG, I can't believe! I finally understood! You helped me more than any book that I tried. Thaaaanks!
Thank you for this excellent explanation, I finally understand this
THANK YOU SOOOOOOOOO MUCH!!!!! I finally understood how to draw Newman projections.
that was a really good video for the Newman projection. you are a real MVP. a life server
Man thank you so much i appreciate it ! I understand now what is newman projection : )!!!!
dude I had my aha moment while watching this video. I was so frustrated after today's class but thanks to you, it went away.
Watched many videos and this one really clicked for me!
Hands down the best video on newmann projection❤
wow so helpful i had no idea how to understand the newman projection!
If you speed the video up by 1.5x - he still sounds relatively normal
2x is even still slow for me. Lol.
this helped a ton! thanks
Thank you! Your video was very helpful!
Thank you so much for making this vid, the smiley face really help me visuallize :)
Very Well explained! I am amazed! :)))
great explanation, I did not understand
before now I know, thank you
great examples! very easy to see
Thank you so much for this video!!
I was struggled with that..your video was helpful, thank you so much
Thank you so much jeremy its really helpful
This was great, thank you.
hey thank you i think i finally understand these projections :) i also think your slow way of talking is fine. it's better to be more detailed than not. thank you~
Thank you so much! This was really helpful
this is my favorite video on this topic.
the best explanation
thank you, sir.
fantastic explanation thank you!
Clear video !! Thanks !
I studied organic chemistry in both french and english your videos are really assisting me to revise makangila
Thank you very much. God bless you.
thank you soooooooo much for this!
you the man jeremy
Is there a base set of rules on where you're supposed to look when it comes to structures? Like if it's based off the closet substituent or solid wedge?
Thanks.Great lecture
THANK YOU LIFESAVER
i wish when i took this my professor "dumbed it down" for us and explained it this way. Not that anyone is dumb but some people have trouble picturing these types of things without these helpful tips!
or should say visualizing
you made my life so much easier
Wonderful!!
When to use eclipsed projections though?
VERY HELPFUL !!!! :)
u're amazinggggg lol Thanks a bunch
is it possible to get the answer for the class question, thank you, your video was very helpful.
Great vid
thank you so much
How would you name the compound in the second example ? Would it be 1(1-chlorobutan-2-ol)cyclohexane?
Many thanks to you..
Thank you!!!
Thanks thanks thanks from Canada ^_*
thank you sir... thank you so much
Thank you!.
O M G.. THANK YOU.
This is fantastic! :)
this saved me
Thank u from BR!
17:08 shouldn't the left side be a dotted lineand the right side a wedge?
Thank you so much
Really thank thee
Doesnt The Cl has more priority than the OH?
Could someone explain what do i do when the representation only has 5 branches instead of 6: CH3CH2COOH?
you are the best
THANK YOUUUUUUUUU
i just want to thank u
Can anybody give the name for the second structure?
I don't really understand the whole wedge and dashed line. wedge comes out but how do you know if it's to the left or right side?
+Deborah Leopo for that purpose smiley is used u use from right to left
Wedge goes to the right and dashed to the left
Ramble Ramble Ramble... Some info. Ramble Ramble Ramble... Great info. Ramble Ramble Ramble..
Thank you so much this really helped, but what if the line structure given doesn’t indicate what is coming in or out of the page.
Never mind I tried a problem using the same technique and I was correct tysm 🙏🏼
😅😅this was realy helping
I almost understand how to draw newman projections. This video is more helpful than the books i tried. But I have one question about the second drawing.I think wedge(-OH) has to be located on the right side of newman projection..How do you know about wedge & dashe's side on newman projection?
Real K wedges are to the right. dashes to the left
thanks very much sir
Why is the OH in the second example put on the left? I thought since it was closest to the smiley, it would be put on the right? Can someone please explain why?
A little late but try to imagine the OH coming out of the page and the H going in. Now change your viewpoint to the right side!
is it necessary to show always front carbon by a DOT and back carbon by CIRCLE ??? OR CAN BE VICE-VERSA ??
kush kumar Dagur yes
no next parts?
You sound like James Franco lol
Great video! :)
bless u
saved me
what if the there a dashed group and a straight line on the same plane...so like dashed Br and straight line H both pointing down and a wedge OH pointing up? would i have to rotate the structure so that the H points up so that it's in plane of the structure
Ennylove i think that'd be an eclipsed projection?
nothing easy than this to understand
I need videos for physical chemistry inorganic chemistry and instrumental analytical chemistry istudied them in both french and english makangila
I finally get it😢
could the name also be written as 3-chloro-2-pentanol?
yup its the same you can write it that way
I love you
omg you should of did the last problem lol