My chem. Teacher keeps sending us your videos to watch @ home because of the quarantine and I'm really grateful for how easy you make it to understand 🤣
*Chemist Jacques Charles loved to ride in balloons*. It's only fitting that the gas law relating *temperature and volume* is named after him. Our second gas law video, *Charles's Law*: #LearnMore
Can u explaine for me in the examples I didnt understand Especially the part when she says Kelvin : 2790.15 for example like where did she get the number from pls explaine
We have a Gas Laws Practice Test available for purchase on our website at www.socratica.com/store (navigate to "digital downloads," or go straight to bit.ly/CHEMTESTS). This Practice Test has 50 problems (includes true-false, multiple choice, short answer, fill-in-the-blank, & problems worked in full). The test comes with a complete answer key, with explanations.
Thank you so much for your kind message. We are so happy when we learn we have helped people learn! You could really help us be able to keep making videos by sharing them with your friends - on Twitter, Reddit, etc. Thanks so much for watching! :)
Poongodi Suresh We definitely plan to! The closest video that might help you so far is the History of the Atom. bit.ly/socraticachemistry We're working on a follow-up video about the Quantum Mechanical model of the atom.
One way or another, you need to re-organize the equation. You can do it by what we call "cross multiplication" (just a visual shorthand), or you can do it by writing out the multiplication/division and cancelling. You'll get to the same place in the end.
Question, so we know that temperature increases kinetic energy, increasing collisions thus increasing pressure right? So how is pressure kept constant if ur heating up something? Is it because heating the balloon increases the volume, so the amount of collisions sort of stay the same?
Yes, but more precisely: When the temperature of a gas increases, the kinetic energy also increases and so does the volume. Now, when the volume increases, the average distance between the molecules and of gas and the walls of the container increases. Therefore, constant pressure can be achieved only if the volume occupied by the gas increases. There should be a corresponding increase in the average distance between the molecules and walls of the container. Thus, the number of collisions on the unit area of the walls of the container remains unaltered.
Excuse me, i want to ask 🙏, in the video (specifically in 0:25), you said that gas will expand if you heat it. What you mean expand is the size of the particles or the amount of the particles itself ?
This is a really excellent question. The answer is neither!! The number of particles does not increase, and the size of the particles does not increase. Instead, it's the amount of space *between* the particles. Picture two people sitting quietly in a closet vs two people running around in a larger room.
Thank you for such an easy video. I liked your way of presentation. I salute you. I only have 1 problem with your RUclips channel's name. I wonder how to pronounce it
Hi! Great videos. I have a couple suggestions for your consideration: 1) Regarding the Boyle's Law video, you might want to clarify that the pressure must be absolute pressure and not gauge pressure. In this Charles' Law video, you did an excellent job of emphasizing the role of absolute temperature in getting correct calculations. 2) You might consider using something like "const" instead of the letter "k" in your equations. "k" often refers to Boltzmann's' constant. In physics we write the Ideal Gas Law as PV=NkT, where "k" is Boltzmann's constant, and "N" is the number of molecules. Those are small things. Overall, these are great videos that I will use with my physics students. Thanks for producing them.
Can u explaine for me in the examples I didnt understand Especially the part when she says Kelvin : 2790.15 for example like where did she get the number from pls explaine
Madam, I have a question. Like as u mentioned that with the increase in temperature the gas molecules expand. Well, does it associate any change in the atomic diameter with the expansion ??
Our free online chemistry course will help you level up and learn more: www.socratica.com/courses/chemistry
My chem. Teacher keeps sending us your videos to watch @ home because of the quarantine and I'm really grateful for how easy you make it to understand 🤣
Thank you so much, I was struggling because my teacher fails to easily explain these concepts and this helped me a ton!!
Hey
@@Basimshazim bruh
Great explanation no doubt
*Chemist Jacques Charles loved to ride in balloons*.
It's only fitting that the gas law relating *temperature and volume* is named after him.
Our second gas law video, *Charles's Law*:
#LearnMore
Socratica James Charles
omg how simply you explain is unbelievable i think i should recommend your videos to my teacher
Damn! That's some simple and clear explanation ! Thank you!
Plz tell me how the combined gas law came up. I am unable to equate them>
I love these chemistry videos soo simply and cool just the best
thanks alot
Best video on RUclips, explains and show's both variations.
+J B We're so glad you found our video helpful! Thanks for watching! :)
Can u explaine for me in the examples I didnt understand
Especially the part when she says Kelvin : 2790.15 for example like where did she get the number from pls explaine
We have a Gas Laws Practice Test available for purchase on our website at www.socratica.com/store (navigate to "digital downloads," or go straight to bit.ly/CHEMTESTS). This Practice Test has 50 problems (includes true-false, multiple choice, short answer, fill-in-the-blank, & problems worked in full). The test comes with a complete answer key, with explanations.
I am from India . Watching your mostly video . Your videos are knowledgeful
Omg mam your teaching is really good and I found your videos really helpful I subscribed
Thank you mam very much solve my doubt love from India
thank you u have help my son
Tomorrow is my final exam, Science is our first subject to take. It really helps me to review a gas laws, Thank you so much and good luck to me
Good Luck Socratica Friend!! 💜🦉
Thankyou soooooooooo much maam .u are amazing .u healped me soooo much 😘👍🤩
Super helpful! Thank you for having examples.
Thank you very much for doing this - putting it online for the benefit of all with no cost to the user is very noble. (No pun intended)
Thank you so much for your kind message. We are so happy when we learn we have helped people learn! You could really help us be able to keep making videos by sharing them with your friends - on Twitter, Reddit, etc. Thanks so much for watching! :)
nOble ,ayy
u r such a good teacher and the way u represent it makes it easier to understand
Thank you so much for your kind comment! We're so glad you've found our videos. :)
do you make videos on atomic structure
Poongodi Suresh We definitely plan to! The closest video that might help you so far is the History of the Atom. bit.ly/socraticachemistry
We're working on a follow-up video about the Quantum Mechanical model of the atom.
thank u so much'
Thanks very much now I can understand easier
Thank you for this. May the bug lord bless your soul.
How did you get 2657m cubied.
Thanks a lot Ma'am...God bless you
What do you mean by you like to do cross ❌ multiplication? Do we have to do it or not?
One way or another, you need to re-organize the equation. You can do it by what we call "cross multiplication" (just a visual shorthand), or you can do it by writing out the multiplication/division and cancelling. You'll get to the same place in the end.
@@Socratica thank you so much 😊🤞
Question, so we know that temperature increases kinetic energy, increasing collisions thus increasing pressure right? So how is pressure kept constant if ur heating up something? Is it because heating the balloon increases the volume, so the amount of collisions sort of stay the same?
Yes, but more precisely:
When the temperature of a gas increases, the kinetic energy also increases and so does the volume. Now, when the volume increases, the average distance between the molecules and of gas and the walls of the container increases. Therefore, constant pressure can be achieved only if the volume occupied by the gas increases. There should be a corresponding increase in the average distance between the molecules and walls of the container. Thus, the number of collisions on the unit area of the walls of the container remains unaltered.
Thank youuuu po, God Bless, Stay Safe😍😇
Wonderful! It couldn't be more perfect
How dud you get the 353.15 Kelvin?
Thx you! This video is short and easy to understand
why cant we do the formulae in celsius units
Best explanation 🙂🙂
Excuse me, i want to ask 🙏, in the video (specifically in 0:25), you said that gas will expand if you heat it. What you mean expand is the size of the particles or the amount of the particles itself ?
This is a really excellent question. The answer is neither!! The number of particles does not increase, and the size of the particles does not increase. Instead, it's the amount of space *between* the particles. Picture two people sitting quietly in a closet vs two people running around in a larger room.
@@Socratica Thank your for explaining 🙏
Hello why constant K ? And what is the different between constant K and R ?please replay?
Thank you for such an easy video. I liked your way of presentation. I salute you. I only have 1 problem with your RUclips channel's name. I wonder how to pronounce it
No doubt great explanation
This channel is best for my revision!
Thank you so much!
I really appreciate your way of teaching!
❤️ 🙏🏼 💐
Please more videos like this pleeease it soooo helpful , God bless you
The intro is so satisfying
Nice explanation with examples
Our bad teachers cannot explain like you ❤ from Bangladesh
Thank you so much mam!
This video really helped me a lot.
We're so glad to hear it! It really inspires us to make more videos. 💜🦉
You are really a great mentor Madam . Thank you for your help .
thank you for this information
Thanks your video helped me to memorize Charles law in just 6 minutes.
That's fantastic! Well done, you!! :) :)
But what if we increase the volume how is the temperature increased keeping in mind that pressure is constant?????
plz tell me that will there be no change in pressure?
Sheenu Sabharwal
p iS proportional to v
Thanks I now understand it better
Thanks a lot
do you make videos on atomic structure if u do pls post the link it would be helpful
Really amazing
THANK YOU SO MUCH!!!
VERY WELL EXPLAINED-
What was the need of jaque charles to discover charles. 😭😭😭😂
Well not everyone knows who created the charles law
Thank you
How to calculate Boyle's law
You're in luck! We have a video all about Boyle's Law: ruclips.net/video/Xto88gMmDzw/видео.html
It's so helpful thanks 🙂
We're so glad we could help! What are you studying in chemistry now?
I love you, it could send me on my email
Thank you! It really helps me. 😊
No doubt
Hi! Great videos. I have a couple suggestions for your consideration:
1) Regarding the Boyle's Law video, you might want to clarify that the pressure must be absolute pressure and not gauge pressure. In this Charles' Law video, you did an excellent job of emphasizing the role of absolute temperature in getting correct calculations.
2) You might consider using something like "const" instead of the letter "k" in your equations. "k" often refers to Boltzmann's' constant. In physics we write the Ideal Gas Law as PV=NkT, where "k" is Boltzmann's constant, and "N" is the number of molecules.
Those are small things. Overall, these are great videos that I will use with my physics students. Thanks for producing them.
hii
thanks a lot! especially for the examples 😁
Can u explaine for me in the examples I didnt understand
Especially the part when she says Kelvin : 2790.15 for example like where did she get the number from pls explaine
thank u so much..
thank you...
Why is it Charles's Law not Charles' Law?
Best explanation
1:21 done taking notes for tomorrow's exam dammit
Thank you so much I promise I will get a perfect score
MilkCartoon all the best
kinda weird, but can i know what u got on the test?
@@____-dd1ps didn't get perfect but I got one of the highest scores in the class
@@Sklimmilks Nice. I thought you wouldn't reply after a year, and btw I just had the test 2 days ago and I got a 100!
@@____-dd1ps Congrats! These educational youtube videos are really helpful
Thank you so much,your explanation is so good
where did u get the t1= 372.15 Kelvin need quick answer huhuhu its my homework
Its a conversion to convert from C to kelvin you add 273.15 to the Celsius. And subtract 273.15 from kelvin to get Celsius
@@SubieDiecastCustoms hello Filipino?
Thanks ☺️
Thanks Mrs
I am preparing for Jee & I found your video very Specific & Beneficial...Thanx
That's wonderful to hear!! GOOD LUCK!! :D
Excellent👍👌
Most people don't usually add " .15" to 273
My question is :
How pressure is constant in charles law?
Excellent 👌 mam
Thank you for doing this video. It's really helping me to understand the gas laws
The second example is a life saver, thank you SO VERY MUCH. I usually dont bother commenting on vids, but this one saved me.
We're so glad you found our video helpful!! Thanks for watching and leaving such a nice comment. :)
this helps a lot! especially at the end
Everything bro😭
This video made my life easier thank you and you deserve a lot of subs the you have
We're so glad you found our video helpful! Thank you for your kind comment.
@@Socratica your welcome
You are my hero
Nice! A new video about chemistry. I was getting worried the channel turned into more of a self-help channel.
its good video for understand
so helpful
You deserve way more than million subs
You are so kind, thank you for your nice message! We're so glad you're watching our videos! 💜🦉
very helpful
Madam, I have a question. Like as u mentioned that with the increase in temperature the gas molecules expand. Well, does it associate any change in the atomic diameter with the expansion ??
U didn't explain Charles 2and law
I am not understands about law
What
Charles law state that volume is any gas directly proportional of a temperature at constant pressure
Subscribed👍
Mam I really like your vedio mam please support more to us at corona peroid👍👍👍👍👍🤝🤝🙏🙏🙏🇮🇳🇮🇳🇮🇳
well summarised
tq 4 the video
Thank youuuu
Thanks
its mad easy just think of it like ratios
Tq so much
Very nice
Very helpful and understandable
Tqq mam