I've been searching for days about relevant videos for getting the pro R and Pro S configuration of this kinds of chemical structure. I'm so lucky that I found your video. Thank you and good job!
You are truely a god May god bless you are your family May you get all the blessings of almighty and may you live a long and peaceful life Hatts off 🙏🙏🙏explanation!!!!! Tons of thanks!!!!!!! Love from india🇮🇳🇮🇳 I am a jee aspirant
I have always used the right hand rule, but using the swap method could be a potential video later on. Glad you enjoyed the video, and thanks for the suggestion!
@@CJSReview i think the hand rule is just too gimmicky. Just teach that the rotation has two directs. R and S. R moves clockwise and S is counterclock wise. I think of it as R = Right. But great video! Thanks for the practice.
I see your point, since atomic number=number of protons and deuterium (2H) has 1 proton and 1 neutron, so its atomic MASS would be 2, not the atomic number. Thanks for the correction
Hi, based on what I remember, I don't recall any major exceptions. That being said, I encourage you to watch the other videos in the series for more examples since they'll give a more comprehensive picture. Thanks for watching!
Deuterium has a mass number of 2 since it has 1 proton and 1 neutron, and atomic number is the number of protons (and it only has 1). Thanks for the catch! I appreciate it
Sir i have a question plxxx.....sir if Hydrogen is not shown in a ring and we have two chiral carbon in a ring so hydrogen will be always away from us????
Hi, I believe that if H is not shown and you want it pointing away, make sure that if there’s another chiral center that it’s pointing towards the page. Let me know if you need more clarification.
You’re welcome-glad you liked the video! Also, to answer your question about the direction of thumb pointing, it was the convention that I was taught myself, so I just stuck with that. Please let me know if you have more questions.
In undergrad, we used this book (www.amazon.com/Organic-Chemistry-William-Brown-Lawrence/dp/084005498X) although it was an older edition. Overall, I did like it and would recommend it. If you want more practice, there is a companion book with study problems (www.amazon.com/Student-Solutions-Iverson-Anslyns-Chemistry/dp/1111426813/ref=pd_sim_14_1?_encoding=UTF8&pd_rd_i=1111426813&pd_rd_r=ed177775-7386-11e8-9ab7-39985758a02b&pd_rd_w=U319M&pd_rd_wg=9NWf0&pf_rd_i=desktop-dp-sims&pf_rd_m=ATVPDKIKX0DER&pf_rd_p=7967298517161621930&pf_rd_r=E1GQ6XTK51ECZ4CSW8GY&pf_rd_s=desktop-dp-sims&pf_rd_t=40701&psc=1&refRID=E1GQ6XTK51ECZ4CSW8GY).
When the Hydrogen is pointing out of the page (black wedge), you switch the configuration if you're using the clockwise vs. counterclockwise rule. So yes, you would think R at first because you go clockwise, but because H is pointing out of the page, you switch the R to the S. This extra step can be avoided in the method that I use in the video. www.chemistrysteps.com/how-to-determine-r-and-s-configuration/#:~:text=If%20the%20arrow%20goes%20clockwise,the%20absolute%20configuration%20is%20S.
Only Carbon can be a chiral center, but what I was trying to point out in the video is that if carbon is attached to 4 different “things” (for example, it is attached to a methyl, an ethyl, a hydroxyl group so OH, and a hydrogen), this would make the carbon a chiral center.
Thanks for clearing this up using aromatic rings. The other videos only show simple branch chains
You're welcome! Glad you enjoyed the video
You don't even realize you saved my life by teaching me this. Thanks, Lifesaver.
You’re very welcome! Glad you enjoyed the video.
I've been searching for days about relevant videos for getting the pro R and Pro S configuration of this kinds of chemical structure. I'm so lucky that I found your video. Thank you and good job!
Thanks, and glad you liked the video!
Perfect explanation! Well done, keep it up. You saved my time & cleared every confusion.
Thanks, glad you enjoyed the video!
It was really helpful,sir. Upload more problems like this. A lots of thanks.
You're very welcome-glad you enjoyed the video!
You are truely a god
May god bless you are your family
May you get all the blessings of almighty and may you live a long and peaceful life
Hatts off 🙏🙏🙏explanation!!!!!
Tons of thanks!!!!!!!
Love from india🇮🇳🇮🇳
I am a jee aspirant
Thank you so much! Glad you liked the video.
The use of the right-hand rule was brilliant. Can you make a video about drawing enantiomers and visualizing them in 3D (the swap method)?
I have always used the right hand rule, but using the swap method could be a potential video later on. Glad you enjoyed the video, and thanks for the suggestion!
Omg this Methode works for me much better than the one my Prof explained
Glad to know it works!
Thanks for the detailed explaining.it is helpful for my exams.
right hand rule is superb idea i liked it
thank for this video
Thanks, glad you liked it!
@@CJSReview i think the hand rule is just too gimmicky. Just teach that the rotation has two directs. R and S. R moves clockwise and S is counterclock wise. I think of it as R = Right. But great video! Thanks for the practice.
Everyone has a different way of learning, but I’m glad you enjoyed the practice. Thanks for watching the video.
Make some vedio over nomenclature of poly substituted cyclones...bdy thanks fr this vedio
Thanks for watching the video, and for the suggestion as well!
I really wish I had such clear concepts in organic chemistry. But you explained this so nicely 😀thank you so much!!!!!
You're very welcome! Glad you enjoyed the video.
Thank you so much! Your explainations are very clear formulated and understandable. 🥺💌
You're welcome! Glad you liked the video,
Great video. Helped me a lot. Love the thumb trick!
Thanks, glad you liked the video!!
Very good
Thank you!
Best questions your right hand approach was OP🔥🔥
Thanks, glad you liked the video!
amazing
damnn.. thank you for explaining all of this!!! i got a presentation tomorrow ..iam cryin right noww haha thanks againn
Keep up the work
Thanks so much!
thank you for using aromatic rings!!!!
You're welcome! Thanks for watching
nice and thanku
very helpful, thank you!!
You’re welcome. I’m glad you liked the video!
Ur awesome bro❣️❣️ Thanks a lot...u saved me😢💯
Thanks, glad you liked the video!
Deuterium has atomic number of 1. Please rectify it. For isotopes we use atomic weight.
I see your point, since atomic number=number of protons and deuterium (2H) has 1 proton and 1 neutron, so its atomic MASS would be 2, not the atomic number. Thanks for the correction
Great explanation 💜💜👏👏
Thanks!
Ohhhhh Thank you very much 🥰😍
You're very welcome! Glad you liked the video
❤
Thanks for watching! :)
Hello, hope you can get to this question today, but why doesn't the hydrogen have to be sent to the back on example 2
Thank you!
Hi sorry, not sure what Hydrogen you’re referring to
is there any exception to this method?
Hi, based on what I remember, I don't recall any major exceptions. That being said, I encourage you to watch the other videos in the series for more examples since they'll give a more comprehensive picture. Thanks for watching!
thanks for this video
You're welcome-glad you liked it!
Use of right hand 👍
Thnks
But Deuterium has atomic no 1 not 2.
Deuterium has a mass number of 2 since it has 1 proton and 1 neutron, and atomic number is the number of protons (and it only has 1). Thanks for the catch! I appreciate it
Thank you!!!
You’re welcome!
Very helpful! thanks
You’re welcome! Glad you enjoyed the video.
Thanks
You're welcome
Sir i have a question plxxx.....sir if Hydrogen is not shown in a ring and we have two chiral carbon in a ring so hydrogen will be always away from us????
Hi, I believe that if H is not shown and you want it pointing away, make sure that if there’s another chiral center that it’s pointing towards the page. Let me know if you need more clarification.
@@CJSReview thankuu so much now its clear
@@zahranoor4130 You're welcome, glad you liked the video.
thank you bro
You're welcome!
Thanks for this
You’re welcome-glad you liked the video! Also, to answer your question about the direction of thumb pointing, it was the convention that I was taught myself, so I just stuck with that. Please let me know if you have more questions.
excellent
thank you so much!!
You’re welcome! Glad you liked the video.
HELPFUL!👌
Thank you-I’m glad you liked it
Thank you sir for this
You're welcome! Glad you enjoyed the video.
Thanku so much . 🤗🤗🤗🤗🤗
You're welcome! Glad you liked the video
Tq so much it helped me.. :)
You’re welcome-glad you liked the video!
Thank youuuuuu
You're welcome!
Far better then indian teachers
Thanks for the watching the video-glad you liked it!
Thank you so much 👍
You’re welcome! Glad you liked the video
Which book u prefer for organic chemistry
In undergrad, we used this book (www.amazon.com/Organic-Chemistry-William-Brown-Lawrence/dp/084005498X) although it was an older edition. Overall, I did like it and would recommend it. If you want more practice, there is a companion book with study problems (www.amazon.com/Student-Solutions-Iverson-Anslyns-Chemistry/dp/1111426813/ref=pd_sim_14_1?_encoding=UTF8&pd_rd_i=1111426813&pd_rd_r=ed177775-7386-11e8-9ab7-39985758a02b&pd_rd_w=U319M&pd_rd_wg=9NWf0&pf_rd_i=desktop-dp-sims&pf_rd_m=ATVPDKIKX0DER&pf_rd_p=7967298517161621930&pf_rd_r=E1GQ6XTK51ECZ4CSW8GY&pf_rd_s=desktop-dp-sims&pf_rd_t=40701&psc=1&refRID=E1GQ6XTK51ECZ4CSW8GY).
Heheheh Thanks :)
You’re welcome! Glad you liked the video.
you made a mistake the last one is an (R) Configuration since its in the clockwise direction.
When the Hydrogen is pointing out of the page (black wedge), you switch the configuration if you're using the clockwise vs. counterclockwise rule. So yes, you would think R at first because you go clockwise, but because H is pointing out of the page, you switch the R to the S. This extra step can be avoided in the method that I use in the video.
www.chemistrysteps.com/how-to-determine-r-and-s-configuration/#:~:text=If%20the%20arrow%20goes%20clockwise,the%20absolute%20configuration%20is%20S.
@@CJSReview thank you ❤️❤️😊
@@queennmo You’re welcome! Glad you liked the video
Watch it in 1.75x
Thanks for watching the video!
Y ether oxygen not chiral
Only Carbon can be a chiral center, but what I was trying to point out in the video is that if carbon is attached to 4 different “things” (for example, it is attached to a methyl, an ethyl, a hydroxyl group so OH, and a hydrogen), this would make the carbon a chiral center.
plzz Hindi me btaye
I'm sorry but I don't know what that means-please clarify if you can
she said speak in hindi but you cant its ok buddy
I can't speak it, but thanks for translating, and I'm glad you liked the video!