Omg thank you!!! This made the topic more clearer 😭😭😭 I don’t get why professors just vomit all the calculations on the board without thoroughly explaining it like you did😭. Thank you again man this really helped me!
The way you taught me this so quickly when I've been struggling the whole week on this is crazy 😭 I love how you don't write too much on the board at one time it makes it so much easier to follow compared to my lectures. God bless your channel thank you so much
bliss neither my teacher's powerpoints nor chemistry libretexts are as concise as this video, i thought i wouldnt be sitting here for 45 minutes but this was just really helpful
Starting my first semester as a Toxicology Biochem grad and I'm going in with only an undergrad degree in biology with no experience in organic or biochem, so I've a lot of catching up to do. These early sorts of concepts are novel to me, but the way you explain them is so easy to follow and helpful! Thank you so much for helping to take the stress out of things!
Really helpful video thank you! Can you further explain why it is necessary to use number of moles in calculations with limiting reactants rather than molarity?
can you please do more exercises with no volume/ molarity given of a weak acid/base and need to find volume to titrate to a particular ph? ones with M and V given are too easy.
I saw that you had Pchem on your website for free If you dont mind me asking Is there a reason you dont upload them to your youtube channel? Also will you ever plan on doing thermodynamics videos?
Ive been going through your acid-base titration and buffer videos and they are super helpful thanks I have two questions though: Can you not have a WB:CA buffer? and how would you calculate SA:WB buffer? Thanks again
Wb/ca buffer is the same as a wa/cb buffer. That's the DEFINITION OF A BUFFER! As for SA/WB buffer yes. But it's in a 1:2 ratio. Half of the wb is neutralized. Reverting back to 1:1 of the two conjugates
Hello Chad, this was a great lesson. Definitely one of the harder concepts for me as I study for the MCAT. Question for you: As you state, a buffer is composed of a weak acid and its conjugate base or a weak base and its conjugate acid. Because a weak acid has a strong conjugate base and vice versa, could we say that a buffer is composed of a weak acid and a strong base and/or a weak base and a strong acid? Might have to rewatch some sections. I hope my question makes sense. Thanks for all your help
For example, around 22:45, you say something along the lines of, "you can use the Kb expression because you also have a weak acid's weak conjugate base." But I thought from previous lessons, that a weak acid will have a strong conjugate base and vice versa. Why is it different in this case?
saying its composed of a weak acid and a strong base would imply that it’s actually a strong base like NaOH, KOH, etc and vice versa. you’ll be safer just saying a weak acid/base and their conjugate base/acid
Hi Professor Chad. I appreciate your content. Quick question, you mentioned common detractors @21:12 and state that 0.1M solution of HF and a 0.1M solution of NaOH won't make a buffer, but what if it's a 2:1 volume ratio in favor of HF ?
In this type of question you may be provided the volumes and concentrations of the solutions that are being mixed (what you are suggesting) or you may be provided with the final concentrations of the resulting solution (what I was referring to). You can typically tell the difference and the biggest clue is often whether or not volumes are provided. Hope this helps!
This is actually the most helpful video for this topic on youtube in my opinion. Thanks A TON!!
You're welcome - Thank you.
One of the most helpful channels I've seen. Please do organic chemistry 1 and 2 videos!
Thanks for the suggestion Emil :)
Omg thank you!!! This made the topic more clearer 😭😭😭 I don’t get why professors just vomit all the calculations on the board without thoroughly explaining it like you did😭. Thank you again man this really helped me!
Glad the channel is helping you - Happy Studying!
This guy is amazing. Thank you so much for making some of the most complicated concepts in gen chem straightforward and digestible.
You're very welcome!
I simply love love love this channel. Awesome work, Sir. Chad is the BEST.
Appreciate all the kind words - glad you found us!
I am halfway through this video yet I am already covinced that this is the best video about buffer on UA-cam.
Thanks for saying so!
A big salute from Kenya .I love your way of teaching.
A big thanks from USA - Happy Studying!
The way you taught me this so quickly when I've been struggling the whole week on this is crazy 😭 I love how you don't write too much on the board at one time it makes it so much easier to follow compared to my lectures. God bless your channel thank you so much
You're welcome - glad you found us!
bliss
neither my teacher's powerpoints nor chemistry libretexts are as concise as this video, i thought i wouldnt be sitting here for 45 minutes but this was just really helpful
Glad you found us!
Let's gooo! Feeling prepped for the next test!
Hope you ace it.
I cant even express how good this is and how much I appreciate this video, thank you so much
You are most welcome!
Starting my first semester as a Toxicology Biochem grad and I'm going in with only an undergrad degree in biology with no experience in organic or biochem, so I've a lot of catching up to do. These early sorts of concepts are novel to me, but the way you explain them is so easy to follow and helpful! Thank you so much for helping to take the stress out of things!
Welcome to the channel, Silver Atlas - glad it's helpful - Happy Studying!
One of the best chemistry mentor I have ever seen .
Thank you
You are pedagogically gifted. Thanks for your videos.
Thank you and you are welcome
You explain this to make it so easy. Was on organic chemistry tutor channel and understood nothing. Thank you so much
Glad you found the channel, Bridgette!
That is awesome! Much more easier than what our teacher taught us!
Glad it helps!
Really helpful video thank you! Can you further explain why it is necessary to use number of moles in calculations with limiting reactants rather than molarity?
you are literally my savior.
Glad the channel is helping you.
Got an exam tmrw, and this prob the best vid on buffers Thanks!!
Great to hear! Good luck on your exam
can you please do more exercises with no volume/ molarity given of a weak acid/base and need to find volume to titrate to a particular ph? ones with M and V given are too easy.
Thanks mate, this video was better at teaching me about buffers than the 3 year chemistry degree i did.
You're welcome - Glad the video helped.
Thanks a lot men. That was helpful 👍
Very welcome
Regarding 25:15, would you recommend that we memorize all the different versions for the MCAT? What if they give us a question involving bases/Kb?
Good morning sir. Just I wakeup and open UA-cam. Your videos only top on my you tube. Happy see to you sir 🙏💐💐💕
Great start to the day!
Was sacred... but after watching this, am in love.
Thank you sir🦋
Glad the video is helpful.
I saw that you had Pchem on your website for free
If you dont mind me asking
Is there a reason you dont upload them to your youtube channel?
Also will you ever plan on doing thermodynamics videos?
i jut understood everything...thank you very much
Excellent - you're welcome
You deserve more subscribers
Thanks for saying so.
You are amazing!
Thanks!
Amazing
Thanks!
Amazing, super helpful
Glad to hear it, Tommy - thanks!
thankyou so much
Very welcome.
Ive been going through your acid-base titration and buffer videos and they are super helpful thanks
I have two questions though: Can you not have a WB:CA buffer? and how would you calculate SA:WB buffer?
Thanks again
Wb/ca buffer is the same as a wa/cb buffer. That's the DEFINITION OF A BUFFER!
As for SA/WB buffer yes. But it's in a 1:2 ratio. Half of the wb is neutralized. Reverting back to 1:1 of the two conjugates
Thank you!!!
You're welcome, bic!
I don't know how y'll be getting 3.2 because when I calculate I get 0.8325089. I am so frustrated I don't know what's wrong with my calculation
I recommend you to all my classmates!
Thank you!
Hello Chad, this was a great lesson. Definitely one of the harder concepts for me as I study for the MCAT. Question for you: As you state, a buffer is composed of a weak acid and its conjugate base or a weak base and its conjugate acid. Because a weak acid has a strong conjugate base and vice versa, could we say that a buffer is composed of a weak acid and a strong base and/or a weak base and a strong acid? Might have to rewatch some sections. I hope my question makes sense. Thanks for all your help
For example, around 22:45, you say something along the lines of, "you can use the Kb expression because you also have a weak acid's weak conjugate base." But I thought from previous lessons, that a weak acid will have a strong conjugate base and vice versa. Why is it different in this case?
saying its composed of a weak acid and a strong base would imply that it’s actually a strong base like NaOH, KOH, etc and vice versa. you’ll be safer just saying a weak acid/base and their conjugate base/acid
Brilliant 😊
Thank you very much.
thanks
You're welcome!
Hello, can someone please solve this question for me, the pK value of an acid is equal to 5. What is the pH value of a 0.1 M solution of this acid?
I think the pH is 3.00 according to my calculations.
Thank youuuuuu
Youuuuuu're welcome!
I absolutely love that shirt!!!
Thanks!
God bless you
Thank you - to you as well.
Cool!
Thanks!
we stan chad 🤴🏻
😄😄😄
the UCF chemistry department needs to start paying you. all the students use your videos over our prof's notes lmao
That's pretty incredible - Happy Studying to all the students!
I wish lecture was this simple.
Glad you found the video helpful!
You're Good 👍👍
Thank you.
Hi Professor Chad. I appreciate your content. Quick question, you mentioned common detractors @21:12 and state that 0.1M solution of HF and a 0.1M solution of NaOH won't make a buffer, but what if it's a 2:1 volume ratio in favor of HF ?
In this type of question you may be provided the volumes and concentrations of the solutions that are being mixed (what you are suggesting) or you may be provided with the final concentrations of the resulting solution (what I was referring to). You can typically tell the difference and the biggest clue is often whether or not volumes are provided. Hope this helps!
@@ChadsPrep …okay so if I understood you correctly, I would have a buffer in my scenario, but NOT in yours, right?
Exactly right!!! 😊
Thanks!@@ChadsPrep
My GOAT🐐🐐🐐🐐
Happy Studying!
Thank youuuu so much 🙏🙏🥰🥰
You’re very welcome, Ninou Nana! 😊
I dont even know what to say. Thank you sir.
Most welcome.
OK cool, it's the one of the my favorite word 😂😂😊😊☺️
😁 😁 😁
Self knowledge 😢
still I didn't understand 😅
Hiii! Have you been born again?
Absolutely! And you?
😁