You're MOST welcome! I'm really glad the video is exactly what you needed. It'll mean a lot to me if you help share the video with anyone who needs it. Wishing you the best in Chemistry!
Thank you so much for this video😭❤️ just learned this in my chem class and I was SO confused but after watching this, I understand it a lot more better.
thank you so much 😭 i didn’t pay attention at all this year so now i’m cramming for my finals and all of your videos have been so helpful. i’m gonna pass my final because of you lol thank you ❤️
It happens. 😉 I'm glad my videos are helping you. That really made my day and thanks so much for taking the time to let me know. All the best in your finals. You got this! 💪🏼
Hey Kavita, thanks for taking the time to leave your comments. I really appreciate that! Do help share the videos out with anyone who needs it. It'll help the channel out a ton so more students can learn Chemistry easily, for free. 😊
That's so awesome! I'm so glad to know that the video is helpful. It'll mean the world if you share it with others who need it. 😊 Congrats on your new understanding!
This video makes a concept that is taught as complicated in class, SO much more understandable! Thank you so much for changing our chemical equilibrium lives 😄
That's so awesome! So glad to know the video is helpful. Please help spread it around so others can benefit and have an easier chemical equilibrium life! 😊
Thank you so much got many benefits as a 12th grade student can you post a vedio about how to recognize aqua and solid and gas and liquid in a chemical reaction if it didn't say anything about that just wrote the chemical reaction?
Wow i loved this trick hope see more in organic chemistry But i have a question if the reaction was exothermic we put H with reactants or with products ex A +B -H ......> C+ D ?
Thanks! So glad you enjoyed the video. If it's exothermic, you'll just include the delta H value in the right. For example, the delta H is -250 kJ/mol, you'll just write it as A + B - - > C + D + 250 kJ/mol. Hope that helps.
Hi Angie, if we are to include water as part of the reaction, the equation will therefore be CH3COOH + H2O CH3COO- + H3O+ When acetic acid is diluted, the concentration of CH3COOH lowers. In order to counter the shift, the equilibrium will shift to the left to increase the concentration of CH3COOH. You can explain this by comparing the pka of acids on both sides. On the left, it's CH3COOH with pka 4.75. On the right, it's H3O+, with pka 1.7. Comparing the pka, CH3COOH is much weaker than H3O+. The equilibrium will always shift to the side that has weaker acid. Hope this explanation helps. 😊
@@ChemSimplified Can you also explain about the effect of adding more water to the system. Thank you for your explanation about the resulting effect of lowering the concentration of the acid to shift the equilibrium to the reactants, but why can't we just look at increasing the volume of water (as a stress) to determine which way the equilibrium shifts? Is it because water is a liquid and isn't part of the Keq? I apologize if this is a dumb question.
Hi Angie. You're absolutely right and nailed it! That's the reason why we didn't look at H2O as a stress and rather focused on lowered concentration of acetic acid instead. 😁
Thank you so much for this video, it's beautifully done and helped me SO much 🤩 Exactly what I was hoping to find, more people need to see this!
You're MOST welcome! I'm really glad the video is exactly what you needed. It'll mean a lot to me if you help share the video with anyone who needs it. Wishing you the best in Chemistry!
One of the best video to understand the priniciple ❤❤❤❤
Thanks for taking the time to let me know. Really appreciate that! 😊
Thank you so much for this video😭❤️ just learned this in my chem class and I was SO confused but after watching this, I understand it a lot more better.
That's really awesome. So glad the video is helpful. Do share it with your friends that are struggling with this. I'll really aopreciate that. 😊
Ahh!!! Thank you so much! I finally understand it! I literally have my exam tomorrow 😅
That's awesome! All the best in your exam. You got this! 💪🏼
Thank you for the great video! This helped me understand this topic a bit better.
You're most welcome and I'm very glad the video helped.
Thanks a lot
I understood every detail 🌞
That's truly awesome! I'm glad the video helps. 😊
this is very underrated !
😍 Thank you! Glad you find the video helpful. Mission accomplished!
Thank you so much.This video is verry helpful
You're most welcome! I'm glad it helps and thanks so much for taking the time to let me know. It means a lot!
THANK YOU VERY MUCH
You're most welcome!
This really helped
I'm very glad to know that. Thanks! ☺️
Thanks so much, really helpful video that is actually much easier to understand than other ones :)
Thanks. So glad you find the video helpful. I'll really appreciate it if you can help share it with others who need it. 😊
@@ChemSimplified will do
Thanks a lot. I appreciate it. 😊
thank you so much 😭 i didn’t pay attention at all this year so now i’m cramming for my finals and all of your videos have been so helpful. i’m gonna pass my final because of you lol thank you ❤️
It happens. 😉 I'm glad my videos are helping you. That really made my day and thanks so much for taking the time to let me know. All the best in your finals. You got this! 💪🏼
Thank you so much for this video. Explained very well, to the point of simplification and ease. :)
Hey Kavita, thanks for taking the time to leave your comments. I really appreciate that! Do help share the videos out with anyone who needs it. It'll help the channel out a ton so more students can learn Chemistry easily, for free. 😊
Thank you so mush!!!!❤ was struggling with this😢
I'm glad I could help. 😊
Thank you so much for this video! I was struggling with this topic before watching this.
That's so awesome! I'm so glad to know that the video is helpful. It'll mean the world if you share it with others who need it. 😊 Congrats on your new understanding!
This video makes a concept that is taught as complicated in class, SO much more understandable! Thank you so much for changing our chemical equilibrium lives 😄
That's so awesome! So glad to know the video is helpful. Please help spread it around so others can benefit and have an easier chemical equilibrium life! 😊
Ahhh thankyou so much!!
You're most welcome!
Thanks a lot mam for the temperature part.. This is the only video that made me understand the concept🥺💚
You're most welcome! I'm glad the video is helpful. Do share it with your friends that need them. 😊
Thankyou
Thank you so much got many benefits as a 12th grade student can you post a vedio about how to recognize aqua and solid and gas and liquid in a chemical reaction if it didn't say anything about that just wrote the chemical reaction?
xudê me subahî imtihane u ez li ser video yan dixwînim :)
I hope the video helped in your exam!
Ma ta bo rojane na dxand,Ta Chabda?
@@pillow1557 I'm afraid I don't understand that.
@ChemSimplified
I'm talking to this student teacher
Translation:Why didn't you read daily?,Did you answer your test well?
Got it. Thanks for the translation.
Great video
Thank you! 😊
Thank youu so much. The explanation was superb. I am from India. Where are you from?
My pleasure. Glad my video was helpful. I'm from Malaysia. Nice to meet you and thanks for watching the video. 😊
Wow i loved this trick hope see more in organic chemistry
But i have a question if the reaction was exothermic we put H with reactants or with products ex A +B -H ......> C+ D ?
Thanks! So glad you enjoyed the video. If it's exothermic, you'll just include the delta H value in the right. For example, the delta H is -250 kJ/mol, you'll just write it as A + B - - > C + D + 250 kJ/mol.
Hope that helps.
By the way, I have a playlist on Orgo that covers the commonly confused SN1, SN2, E1 & E2 👉🏼ruclips.net/p/PLOSdric8dSw3OWUB3vxI0mwcHsuWyoc9i
@@ChemSimplified THAAAAAAANNNNNNNNKKKKKKSSSSSSS YOU saved my life❤❤❤❤
Lol... You're most welcome. Glad I could help. 😊
increasing the concentration of gas will effect the the position right?
Yes, correct. You got it.
thanks imma pass my exam
Awesome! All the best in your exam. 💪🏼
Hi Dr. K, What happens when you dilute a weak acid? Eg. CH3COOH(aq) + H2O(l) ≤≥ CH3COO-(aq)+ H+(aq). Which way does the equilibrium shift?
Hi Angie, if we are to include water as part of the reaction, the equation will therefore be
CH3COOH + H2O CH3COO- + H3O+
When acetic acid is diluted, the concentration of CH3COOH lowers. In order to counter the shift, the equilibrium will shift to the left to increase the concentration of CH3COOH.
You can explain this by comparing the pka of acids on both sides. On the left, it's CH3COOH with pka 4.75. On the right, it's H3O+, with pka 1.7.
Comparing the pka, CH3COOH is much weaker than H3O+. The equilibrium will always shift to the side that has weaker acid.
Hope this explanation helps. 😊
@@ChemSimplified Thank you so much for the explanation.😀
My pleasure, as always. 😉
@@ChemSimplified Can you also explain about the effect of adding more water to the system. Thank you for your explanation about the resulting effect of lowering the concentration of the acid to shift the equilibrium to the reactants, but why can't we just look at increasing the volume of water (as a stress) to determine which way the equilibrium shifts? Is it because water is a liquid and isn't part of the Keq? I apologize if this is a dumb question.
Hi Angie. You're absolutely right and nailed it! That's the reason why we didn't look at H2O as a stress and rather focused on lowered concentration of acetic acid instead. 😁
Thank you so much
You're most welcome!
Thanks a lot
I understood every detail 🌞
You're most welcome! Congrats on your understanding! 😊
thank you so much
It's my pleasure. Thanks for watching my video. I appreciate that. 😊