These videos are wonderful, you are so good at explaining this stuff, well done! You deserve alot move subscribers man, this channel needs to grow. As a chem-student, this video helped me alot. Thank you so much!
I just wanna said that there is some people like me is still need and watching this video even if it passed 4 years. Thank very much for every single word. Please don’t stop making videos.
I’ve always bridled to watch english videos of subjects that I don‘t understand but you sir showed me, that the language is no barrier. I understood it perfectly, especially with the visualization. Greetings from University of Bern, Switzerland
Hello sir you save my a lot of time I have just watched almost all the videos on the on TH-cam and my teacher is also talled me but I will unable to understand what is this law but with your lecture I am satisfied... Thanks
Fantastic video. Well structured workings on the board, which makes it very easy to follow. Very natural on the screen, which again makes it easy to understand the concepts. Will be using your videos a lot!
Nice video. Can you please explain how vapour pressure of a solution is different from partial pressure of an individual component present within the same mixture ?
I have a question. For the given problem in the video, by adding a non-volatile solute, we have reduced the overall vapor pressure of solution as against one with only water. From what I understand, having a higher vapor pressure means solution is volatile and hence lower BP. So, does that mean that by reducing the vapor pressure of solution, the BP of the solution has increased?
sry for the late reply. Yeah boiling point increases when vapour pressure is decreased. Thats why the boiling point of a solution is more than the boiling point of the pure solvent
I have a question. If we add salt to water then we raise its boiling point. And vapor pressure is also defined as the temperature at which a liquid boils. For example, the vapor pressure of water at 100 degrees Celcius is 1 atm (i.e. atmospheric pressure). So does adding solute reduce the vapor pressure or increase the vapor pressure?
These videos are wonderful, you are so good at explaining this stuff, well done! You deserve alot move subscribers man, this channel needs to grow.
As a chem-student, this video helped me alot. Thank you so much!
Subscribed
you just saved my ass for tomorrow's exam, thanks
what about ur ass now
I just wanna said that there is some people like me is still need and watching this video even if it passed 4 years. Thank very much for every single word. Please don’t stop making videos.
My teacher took roughly about 40 minutes to explain this but you finished it in just 6:25 mins . I really love the way you teach....
I’ve always bridled to watch english videos of subjects that I don‘t understand but you sir showed me, that the language is no barrier. I understood it perfectly, especially with the visualization.
Greetings from University of Bern, Switzerland
Well explained, thank you! You definitely deserve more views. Great production quality aswell :)
Thank you so much for this video! I'm trying to catch up in chemistry after a break of 4 years and this video really helped a lot!
Excellent video. You have a keen ability for explaining chemistry concepts. I'm glad you have more videos.
Wow sir... You are literally a tutor.. how simply you taught all the things is appreciable
Thank you so much! Best vid I've found on this so far. Super helpful diagrams and you explained it perfectly :)
Hi
Very good lecture . thanks for explane Raoul's law in easy way.
Nice explain sir.....
Ur video saves me from failing my module ! Thank u so much
By the way, what do you study?
I just came by to brush up on my phys chem. Great explanation thanks!
I am from India 🇮🇳
Thanks good video..👍👍
This is amazing. Ah, I was so confused. Thank you so much.
You are a good teacher. I generally skip ads but i watched for you.
Greatest video i have ever found on this topic😍.Sir, your ability, technique and arrangement on board is just wowsome
This is best explaination so far, liked and subbed.
These problems were so confusing and within 3 minutes of your video I understand. Thank you!!
thank you
Hello sir you save my a lot of time I have just watched almost all the videos on the on TH-cam and my teacher is also talled me but I will unable to understand what is this law but with your lecture I am satisfied...
Thanks
Thanks 🙂
omg, thank you so much. I was having such a hard time understanding this and you made it so much more clearer.
Cant thank you enough, very clear and easy explained. Thanks!
sir does O=0 ?
great sir thank you for the time you took and the effort put in to make it so simple to understand.
This is a great video. You explained it so easily that I was able to understand it. Thank you !
Fantastic video. Well structured workings on the board, which makes it very easy to follow. Very natural on the screen, which again makes it easy to understand the concepts. Will be using your videos a lot!
I am from India your teaching skill is best 👌👌
One thing is for sure, this guy have a hell of a jaw line🤣🤣btw great explanation
Thank you very much! People like u are hard to find!! Your explanation is so pure!
thanks, nicely done. what about the vapour pressure of the dissolved solute.... does it need to factored in to the overall new solution pressure?
by far the best video on raoult's law
Love from India bro ❤️♥️🙏
great explanation thank you! studying for the MCAT and this is a great refresher
can't understand what's essentially the difference b/w Raoult's law and Henry's law.
P.s the explanation is great. Thnx. for it:)
Raoult law is special case of Henry law
Your teaching is God gifted 🙏🔥
IT MAKES SENSE NOW. THANK YOU. GOOD LORD. FINALLY.
i have spent hours today trying to understand some of this stuff and i finally do, thank you!
Excellent explaining power
May God bless you..
Thank you so much! You kept short and to the point.
You da BEST! Excellent video and explanation.
Nice video. Can you please explain how vapour pressure of a solution is different from partial pressure of an individual component present within the same mixture ?
Thank you so much ! I am glad that I found this video! Its really useful !
Really helpful! Thank you sir!!
Very excellent video. You make me easy to understand
Your way of explaining n delivering the lecture is great .I really admire it cz its helping me in clearing my concepts.Thankyou😊❤
you are one of the best, i hope i knew before, my life would changed :)
Perfect explanation. Subscribed!
Well explained teacher thanks a lot🙏🏻🙏🏻
Your explanation is so good. Thanks much
Thanksss!!!
Your the best
Your the best teacher
Great job Sir.👍👍👍
Great explanation, thank you
Great video don't need to wonder any more.
Someone cooked! Def easy to understand. Ready for the exam tmr :)
You're a good teacher
Thanks a lot..it helped me out a great deal..(the explanation)..and the question too
Last part was very nice 👌.
Excellent Video and Example
keep going. great job
I have a question. For the given problem in the video, by adding a non-volatile solute, we have reduced the overall vapor pressure of solution as against one with only water. From what I understand, having a higher vapor pressure means solution is volatile and hence lower BP. So, does that mean that by reducing the vapor pressure of solution, the BP of the solution has increased?
sry for the late reply. Yeah boiling point increases when vapour pressure is decreased. Thats why the boiling point of a solution is more than the boiling point of the pure solvent
Very good lecture. Thank you
wow! Thanks a lot, it was a great video. Plz keep making the mathematical terms of chemistry easier. God bless you ^_^
Well explained sir👍👍
ThankU sir . Your lecture is amazing.
Very good explained.
Thank you sir for such a nice video it help me a lot 👍😀
Wow very good explanation 👍🏼👍🏼🇸🇦🇸🇦
I have a question. If we add salt to water then we raise its boiling point. And vapor pressure is also defined as the temperature at which a liquid boils. For example, the vapor pressure of water at 100 degrees Celcius is 1 atm (i.e. atmospheric pressure). So does adding solute reduce the vapor pressure or increase the vapor pressure?
Are you alive? If yes pls upload videos...
Thank you sir 👌👌👌👌😃
Great explanation
Thanks for explaining the route's law
I've gotten your idea .Thanks for sharing it
Really excellent video, thank you very much for sharing :)
Sir, How did you get the vapor pressure of the h2o at 25° celsius. Is there a formula?
thank you, excellent explanation.
Great explanation thanks
Finally an osm video found on this topic🥰
Nice Video, really helped me!
Ty sir it was really helpful..👏👏😀
Life saver, thank you.
Wonderful 😊
Thank you very much 💗
Hello, what is your name sir?
Thank u so much ❤️❤️
Flawless explanation!
Amazing JAZAKALLAH 😍
Excellent video!!
Thank you so much ❤ 🇮🇳
WOW, can you break it down or what! Your awesome thank you!!!
Your handwriting is better than mine😜🙏🏻🙏🏻🙏🏻🌹
Osm bro
Keep it up!😂😂😂
Plz make any topic video with theory's and then explain!!
great video but for the mole fraction, the top part is supposed to be moles of solute you put moles of solvent
Thank you sir.
Make some vids about neet chemistry syllabus, well neet one of the toughest exams in India.... it'll be a great help
So this law is only defined for ideal liquids , hence we can't take alcohol and water as examples ?
Also , great explanation !!
Great!
perfect explanation