By lecture 15 this class transforms into a sort of material science class. This is really cool to me. I've taken several college chem courses and recently I became highly interested in batteries. I'm trying to learn about solid state batteries and if they are really an improvement over other batteries. I watched the "additional lecture 2: batteries" and I really appreciate the content. Thanks MIT staff.
Topics:- - We'll cut right to the Chase @00:18 - What'd I Miss? @01:07 ====> Solidify This Knowledge - Bricco's @01:25 - Passione @02:17 - @02:29 I need you guys to keep bringing the Passion - @03:45 Follow-up to LEWIS ====> How to Predict what shape of Molecule will be? - @03:56 Molecular Shape: Is Lewis Enough? - @04:21 H2Be & H2O ====> Are they both Linear? - @04:45 Goody Bag - @05:10 If I do this (Rotation) ====> It's a different molecule.... That's what we learn Today! - @06:15 We got a Way to do this - @06:20 LEWIS:- # & Types of BONDs - @06:40 VSEPR:- (Ves-Par) Shapes ------> e Repel each-other - @07:45 VSEPR:- Stable Arrangement --> minimizes Repulstion - @08:46 BondingPair = BP - @08:46 LonePair ===> LP #VSEPR - @11:52 RECIPE
At 24 The shape of the molecule still remains trigonal planar but only the bond angle H-C-H is now decreased to 116.5 degrees from 120degrees because of the extra repulsion caused by double bond present between carbon and oxygen. 🙏If I am wrong please correct me
By lecture 15 this class transforms into a sort of material science class. This is really cool to me.
I've taken several college chem courses and recently I became highly interested in batteries. I'm trying to learn about solid state batteries and if they are really an improvement over other batteries.
I watched the "additional lecture 2: batteries" and I really appreciate the content. Thanks MIT staff.
It's amazing that this is free, love it
I'm gonna be material engineer and that course helps me understand the concepts compherensively. thank you @MIT
This lecture inspires me a lot. I really appreciate to MIT😊😊
Topics:-
- We'll cut right to the Chase @00:18
- What'd I Miss? @01:07 ====> Solidify This Knowledge
- Bricco's @01:25
- Passione @02:17
- @02:29 I need you guys to keep bringing the Passion
- @03:45 Follow-up to LEWIS ====> How to Predict what shape of Molecule will be?
- @03:56 Molecular Shape: Is Lewis Enough?
- @04:21 H2Be & H2O ====> Are they both Linear?
- @04:45 Goody Bag
- @05:10 If I do this (Rotation) ====> It's a different molecule.... That's what we learn Today!
- @06:15 We got a Way to do this
- @06:20 LEWIS:- # & Types of BONDs
- @06:40 VSEPR:- (Ves-Par) Shapes ------> e Repel each-other
- @07:45 VSEPR:- Stable Arrangement --> minimizes Repulstion
- @08:46 BondingPair = BP
- @08:46 LonePair ===> LP
#VSEPR
- @11:52 RECIPE
👍👍👍 Again, another great lecture, thank you MITOCW and Prof. Grossman!
At 24
The shape of the molecule still remains trigonal planar but only the bond angle H-C-H is now decreased to 116.5 degrees from 120degrees because of the extra repulsion caused by double bond present between carbon and oxygen.
🙏If I am wrong please correct me
Showoff
48:00
Nice lecture
Excelente!!!
👍👍👍👍👍