Alas, substitution and elimination is such a big topic, I didn't have time to cover basics + mechanism + everything else. I may do another session on this topic soon though
here is the problem: i am russian girl and i have no opportunity (because of political situation I can't use PayPal or other payment methods) to pay for study hall. I really love your video. I wold like to study with you/ What can i do?...
When I was in undergrad I was living on my own with no support, working 3 part-time jobs just to makes ends meet and so I get it. I realize that not everyone can afford the Study Hall. This is why I create so many free resources on my RUclips channel and my website. While I realize it's not the kind of help you'd get in the Study Hall, I do hope that it can still help you
@@Leah4sci Sorry for misunderstanding. I have no opportunity because of political situation. Sorry sorry sorry! I can't use PayPal or something. In general, I can afford it financially, and I am ready, but... May there be a solution? I may look so silly... actually, I am only 17, so will find a job only this summer. I really need some money to make my dream real. My mom against it, so I meet a lot of resistance. I really hope my dream come true... I want to study in US and become a scientist! I love your video, because it is so clear. And in schools there we don't learn mechanisms, we just memorize products. When I found your videos, I was so excited 💖
❓️I was just daydreaming and it hit me that an Alkene usually has single bonded carbons as well as at least one set of double bonded carbons. Are there any Alkynes that also have double bonded carbons ❓️
An alkene, by definition, is an organic molecule that contains at least one double bond. An alkyne is an organic molecule that contains at least one triple bond. It is possible that you can have both an alkene and an alkyne at the same time in the same structure. Meaning, something with both a double bond AND a triple bond.
Grab the SN1 SN2 E1 E2 Practice Worksheet + Session Notes at Leah4sci.com/orgolive (+ heads up for upcoming sessions)
Dear Leah, Am So Grateful and Thankful Really!!! Ur the best 🤗
Aww thanks!
why are you not showing the push arrow mechanism ?
Alas, substitution and elimination is such a big topic, I didn't have time to cover basics + mechanism + everything else. I may do another session on this topic soon though
here is the problem: i am russian girl and i have no opportunity (because of political situation I can't use PayPal or other payment methods) to pay for study hall. I really love your video. I wold like to study with you/ What can i do?...
When I was in undergrad I was living on my own with no support, working 3 part-time jobs just to makes ends meet and so I get it. I realize that not everyone can afford the Study Hall. This is why I create so many free resources on my RUclips channel and my website. While I realize it's not the kind of help you'd get in the Study Hall, I do hope that it can still help you
@@Leah4sci Sorry for misunderstanding. I have no opportunity because of political situation. Sorry sorry sorry! I can't use PayPal or something. In general, I can afford it financially, and I am ready, but... May there be a solution? I may look so silly... actually, I am only 17, so will find a job only this summer. I really need some money to make my dream real. My mom against it, so I meet a lot of resistance. I really hope my dream come true... I want to study in US and become a scientist! I love your video, because it is so clear. And in schools there we don't learn mechanisms, we just memorize products. When I found your videos, I was so excited 💖
Perhaps email me to better explain the situation leah4sci.com/contact
@@ustya4339 I hope you're able to achieve your dream! Keep fighting and success will come to you, I've seen it happen :)
❓️I was just daydreaming and it hit me that an Alkene usually has single bonded carbons as well as at least one set of double bonded carbons. Are there any Alkynes that also have double bonded carbons ❓️
An alkene, by definition, is an organic molecule that contains at least one double bond. An alkyne is an organic molecule that contains at least one triple bond. It is possible that you can have both an alkene and an alkyne at the same time in the same structure. Meaning, something with both a double bond AND a triple bond.
you are a saviour fr fr
Aww thanks so much, happy to help!