So if I inderstand correctly - it doesn’t matter the way you place the mirroir you have the same enantiomers? This molecule have a enantiomer (so the total is 2 enantiomers)
So if I inderstand correctly - it doesn’t matter the way you place the mirroir you have the same enantiomers? This molecule have a enantiomer (so the total is 2 enantiomers)
Yep - you've got it! Good job! Placing the mirror in different spots might cause the drawings to look different, but the enantiomers are the same. If you have access to a model kit, it's super helpful with this stuff.
Very clear and organized explanation with plenty of theory and examples. Thank you! 🙏
Ma'am I really loved your teaching style 🙏🏻 Thanks alot
Its 1 am and I was freaking out to learn this thing and got your video ma'am really it helped me a lot. Thankkkkkuuuuuu🤗🤗🤗🤗
I’m happy it helped!
So if I inderstand correctly - it doesn’t matter the way you place the mirroir you have the same enantiomers? This molecule have a enantiomer (so the total is 2 enantiomers)
Thanks this really helped me out!
You’re welcome! Happy to help!
What if in third case ( column 1 ,row 2) there is a substitute in plane of ring ?
Will its position be changed in its enantiomers?
This is so helpful thank you!
Will using the both ways give same result?
Yep!
Thanks.
So if I inderstand correctly - it doesn’t matter the way you place the mirroir you have the same enantiomers? This molecule have a enantiomer (so the total is 2 enantiomers)
Yep - you've got it! Good job! Placing the mirror in different spots might cause the drawings to look different, but the enantiomers are the same. If you have access to a model kit, it's super helpful with this stuff.