Excellent presentation. I like it. One on my students asked me "Why does Boyle's law fail during blowing a balloon?". I answered by saying it does not fail, but in this particular case we have "violated" the three conditions necessary for Boyle''s law to apply, namely: 1- Constant mass of gas (constant number of moles, i.e. number of molecules) 2- Constant temperature 3- Closed system However, if we respect these three conditions Boyle's law will apply as it applies inside a regular Boyle's lab-device setup where some fixed amount of gas in entrapped above mercury and we proceed slowly to keep the enclosed gas isothermal. This video presents an add-on of a precious value for any serious student. I recommended your videos to my students as those videos are indeed great. Go ahead and make much more of them.
Science.Prof.Dr.Fahmy Thanks for recommending our videos to your students. Let me know if there are topics you would like us to cover in future episodes.
The Sci Guys YES, Thank you. Thermodynamics is the field where most students have astonishment and difficulties. In particular for its second law and its entropy. There is little videos on the Internet for that field. Also, the students have difficulties with the orders of Kinetic reactions. As well, many LASER videos on the Internet are misleading on the concepts and conditions of LASER beam generation and LASER devices components. This for the most important issues that jump to my mind for the time being in general Physics. For Soil Physics, the flow of water in the saturated and unsaturated soils is a field where the students stay perplex, and in particular when it comes to solute leaching and the miscible displacement of ions and it involved solute mass-flow, dispersion and diffusion in porous media.
As a Secondary Education Science Major student, this experiment helps and gives me an idea what experiments I can do when conducting a demo teaching about Gas Laws in the future. Thankyou so much! Am a new subscriber
Thank you guys so much for making these videos. Your real life examples make the principles of science much easier to grasp. I feel much more confident going into my next science test having watched your videos! Thank you!
This video is very helpful. My son was facing difficulties in the Gas laws and i wasn't able to help out as i didn't know much about it myself. Thanks to you people for helping me understand the short and long of it. #HighFive !!
+Sudeshna Sengupta That is great to hear that you were able to find us to help your son. If you come across any other topics you would like us to do a video on, please let us know. *Digital High Five*
The Sci Guys Okay, I see. But, if you make an episode with just Mark and Adam, please make the next episode where there's all three of you in the video please.
Daiyan Mahfuz We already have the next few episodes filmed. We will look at having all three of us in a single episode, in the future, when we do larger experiments that require more people to put it together.
This video was super helpful, but as a side note, if you could slow down with the explanation, I would've gotten it so much faster! Thank you for the help!
T Woolsey Thanks for the input about the speed that we say the explanation. I hope that our more recent videos are spoken at a better rate. We will do our best to slow down the explanations in future videos without making it boring.
i just have a quick question for you about this experiment. is it at all possible to take the vacuum, or excess pressure to an extreme, and force the balloon to virtually explode?
The Sci Guys So I understand Boyle's law now and the video was really cool. But I am just wondering one thing. I am studying thermodynamics right now and learned that gases have a tendency to expand and really don't "like" being compressed. However, in the second part of the experiment of the video, the balloon and the situation inside the balloon went back to normal after your finger was removed. Why was that? If gases "prefer" expanding, then why didn't the situation stay as it was(with the expanded balloon). Why did the pressure return back to normal? Cheers, Iashrai :)
***** The reason it shrinks back down is because the amount of force that the pressure from the environment exerts on the gas molecules is stronger than their ability to push away from each other. Causing the size of the balloon to shrink down until the pressures are even.
If you open the inflated balloon and blow more air in it to twice the original size, what happens with thhe parts of the equation P V = n R T , what happens to V, n and R????
+Amy McGee They are not opposites rather each one has a different property as a constant. Charles's law states that as temperature increases volume increases or as temperature decreases volume decreases, while pressure remains constant. Boyle's law states that as pressure increases volume would decrease or as pressure decreases volume increases, while temperature remains constant. They each look different properties of a gases and how those properties can effects it's volume.
+Marginean Alex Well the volume of air would stay the same unless it escaped through the material of the balloon. The balloon might get stretched out but the volume of air shouldn't change.
Sorry, but why does the balloon expand when decreasing the pressure ?, I know that V invrs P ,so when pulling out the piston the volume which the air molecules take should increase, returning the balloon to its normal state and not expanding ,that's what I think! and thanks in advance.
Teacher: What did you learn from this Video?
Me: under pressure doo doo doo doo doo doo:)
same
Under pressure~ doo do dooo do~ :3
I was PRESSURED to watch this video in science class.
roblox
yes
but u have no big robuc
@@srikarkalluri9121 hi srikar
Was that pun intended?
Same here
Excellent presentation. I like it.
One on my students asked me "Why does Boyle's law fail during blowing a balloon?".
I answered by saying it does not fail, but in this particular case we have "violated" the three conditions necessary for Boyle''s law to apply, namely:
1- Constant mass of gas (constant number of moles, i.e. number of molecules)
2- Constant temperature
3- Closed system
However, if we respect these three conditions Boyle's law will apply as it applies inside a regular Boyle's lab-device setup where some fixed amount of gas in entrapped above mercury and we proceed slowly to keep the enclosed gas isothermal.
This video presents an add-on of a precious value for any serious student.
I recommended your videos to my students as those videos are indeed great.
Go ahead and make much more of them.
Science.Prof.Dr.Fahmy Thanks for recommending our videos to your students. Let me know if there are topics you would like us to cover in future episodes.
The Sci Guys YES, Thank you. Thermodynamics is the field where most students have astonishment and difficulties. In particular for its second law and its entropy. There is little videos on the Internet for that field. Also, the students have difficulties with the orders of Kinetic reactions. As well, many LASER videos on the Internet are misleading on the concepts and conditions of LASER beam generation and LASER devices components. This for the most important issues that jump to my mind for the time being in general Physics. For Soil Physics, the flow of water in the saturated and unsaturated soils is a field where the students stay perplex, and in particular when it comes to solute leaching and the miscible displacement of ions and it involved solute mass-flow, dispersion and diffusion in porous media.
It's a pity we have never had such teachers in our class... Thank you very very much for you work!
i subbed because i was pressured to do it
Oh God I feel bad lol
Wow, I get it ,right away!!!
Best exlplanation on youtube. Thanks
You guys helped me soooo much! I was able to feel very confident on my test!
+Elyse Hawkes That is awesome!! *digital high five*
As a Secondary Education Science Major student, this experiment helps and gives me an idea what experiments I can do when conducting a demo teaching about Gas Laws in the future. Thankyou so much! Am a new subscriber
This is great work, I think I wanna do this for my own experiment for school
Brilliantly demonstrated & explained !! Thanks Science Guys 😁👍🏻👨🏻🔬👨🏽🔬
Thank you guys so much for making these videos. Your real life examples make the principles of science much easier to grasp. I feel much more confident going into my next science test having watched your videos! Thank you!
Jessica Sfintu Well thank you!! and your welcome. I hope you do well on your test :)
I have to watch this for online school
same
Omar Aidane oof
send the answer key
Joan depends on what you are looking for notes or what else
Watermelonwith75,000subs send whatever you had to do or just post it on your chanel might make you famous
This is perfect and well explained
This video is very helpful. My son was facing difficulties in the Gas laws and i wasn't able to help out as i didn't know much about it myself. Thanks to you people for helping me understand the short and long of it. #HighFive !!
+Sudeshna Sengupta That is great to hear that you were able to find us to help your son. If you come across any other topics you would like us to do a video on, please let us know. *Digital High Five*
our 4th grading is all about gas and its law,i'm so happy to find and watch this video,so useful to me,thank you,hahaha from philippines
+aragon echa You're very welcome!! We're glad that you found us!!
I thoroughly enjoyed this episode.
2:00 if ur in a hurry Btw Awesome vid!!!
Am so thankful🙏🙏👏
Thank you guys, this is the most simple and interesting way to demonstrated (at least partially) the laws of gases! God bless you!
Ty for the help🙌
Ooooh thanx a lot . I've got the experiment for which i was searching . Thanx × 1000 times
Very nice explanation.
This is nice. Thank you.
I am on the shoulder of sci guys
thanks thanks thanks
Not ganna lie this is pretty cool, great video!! :D
James Collins Thanks!! Glad you enjoyed it.
The Sci Guys Nice video! By the way which episode will it be with just Mark and Adam in it.
Daiyan Mahfuz We have no plans, at this moment to have an episode with just Mark and Adam. We may have one eventually but there are no plans for it.
The Sci Guys Okay, I see. But, if you make an episode with just Mark and Adam, please make the next episode where there's all three of you in the video please.
Daiyan Mahfuz We already have the next few episodes filmed. We will look at having all three of us in a single episode, in the future, when we do larger experiments that require more people to put it together.
Tysm I wasn't finding any video in Spanish and this helped me so much
This helps me a lot for my chemistry class
thank you so much
Close on Sunday right
Love it !💕
This video was super helpful, but as a side note, if you could slow down with the explanation, I would've gotten it so much faster! Thank you for the help!
T Woolsey Thanks for the input about the speed that we say the explanation. I hope that our more recent videos are spoken at a better rate. We will do our best to slow down the explanations in future videos without making it boring.
Thanks this very helpful!!
I was wondering what programs did you do to get the special animations?
***** We draw all the illustrations ourselves and use a variety of adobe software at different stages of illustration, animation and editing.
Thank you for this video! You guys helped me soo much!
i enjoyed this episode
i just have a quick question for you about this experiment. is it at all possible to take the vacuum, or excess pressure to an extreme, and force the balloon to virtually explode?
+Kevin Moore if you kept pulling on it then it might rip the balloon.
okay. just wondering. Thank you.
perfect and well explained.. thank you..
Thanks Sci-Guys, great and helpful presentation!
+Katsuyo Brown You're very welcome
Good job, very helpful, thanks a lot :)
Good job
Thanks guys I'm gonna use this for my project
+TheAbsent Minded Awesome!! Let us know how it goes.
Reputation is EVERYTHING
Nice vid!
Thank you very much it was so helpful I have a report about boyle's law after 5 days thanks a lot 😁
Me habeis ayudado mucho con mi examen de física y química!😊
Wow now I understand thank u so much 😂
Jesus Christ, the black one at 2:20 scares the crap out of me.
Is it groping white gases?
This is wow.
very well explained!👍
Hi science guys!If i close the nozzle of the disposible injection tube..the air inside now becomes vaccum by any chance!?
Superb
The Sci Guys So I understand Boyle's law now and the video was really cool. But I am just wondering one thing. I am studying thermodynamics right now and learned that gases have a tendency to expand and really don't "like" being compressed.
However, in the second part of the experiment of the video, the balloon and the situation inside the balloon went back to normal after your finger was removed. Why was that? If gases "prefer" expanding, then why didn't the situation stay as it was(with the expanded balloon). Why did the pressure return back to normal?
Cheers,
Iashrai :)
***** The reason it shrinks back down is because the amount of force that the pressure from the environment exerts on the gas molecules is stronger than their ability to push away from each other. Causing the size of the balloon to shrink down until the pressures are even.
this helped me so much thx
+Jason Selvadurai You're most welcome :)
thanks helped a lot
+WearyEnd49 Studios Glad we could help
Best Best Best.
Wow! Thanks!!!
Enjolee gough You're very welcome!!
P.S. I subscribed!
+Elyse Hawkes Thanks!!
you guys are awesome! thank you so much!
+Yaritza Rodriguez Thank you for the compliment :)
Does this apply to methane gas
If you open the inflated balloon and blow more air in it to twice the original size, what happens with thhe parts of the equation P V = n R T , what happens to V, n and R????
thank u so much
+Wally Hofer You're very welcome
can u explain Charles law
+vignesh yaadav We also have a video on Charles Law. You should check it out. th-cam.com/video/NplVuTrr59U/w-d-xo.html
awesome!
+Lourdes Wahl thanks!!
so charles law and Boyles law are opposites?
+Amy McGee They are not opposites rather each one has a different property as a constant. Charles's law states that as temperature increases volume increases or as temperature decreases volume decreases, while pressure remains constant. Boyle's law states that as pressure increases volume would decrease or as pressure decreases volume increases, while temperature remains constant. They each look different properties of a gases and how those properties can effects it's volume.
Thank you so much aced my test :)
Amy McGee *Digital High Five* Great work!!
Guys,can we use normal balloons instead of water balloons?@TheSciGuys
Thank you so much! This was very helpful, it was interesting to watch too! :) GOD BLESS you guys, JESUS LOVES you! :)
you guys are great!
Randomly moving not being still or stuck
Watching because of ms.sholl
And what if you will do the second experiment 1000 times. Will the ballon return to it s normal volume ?
+Marginean Alex Well the volume of air would stay the same unless it escaped through the material of the balloon. The balloon might get stretched out but the volume of air shouldn't change.
+The Sci Guys Thanks , very useful
Sorry, but why does the balloon expand when decreasing the pressure ?, I know that V invrs P ,so when pulling out the piston the volume which the air molecules take should increase, returning the balloon to its normal state and not expanding ,that's what I think! and thanks in advance.
Im watching this cause my mom pressured me to do next weeks work🤦🏽♂️
im watcvhing this cuz of corona? who else?
me amigo
Omar Aidane do you know who I am?
Omar Aidane from KEASTON?
@@jerinjacob6378 yh it is lmao raaaaaaaaaaaaaaaahhh
Omar Aidane u know who I am?
"Just shazam it"
As if I need to
Hello sir. am from india 🇮🇳🇮🇳 and student need to great teacher same to you .tq sir .nice experiment .can you speak Hindi .
Same
okay but why the intro song hit hard tho...?
Boar rat
Boar rat
Thanos took your teeth boi !!!!
Awh I remember that song! Lol and I lived this video I understood it and it was entertaining.
25 will keep us stuck
Lmaooo
omg charles law himself
Why do they both have the same ring? Are they married to each other?
I can understand the words individually but they're all gibberish when I try to find it's sense altogether
good
That song y'all did was so cringeworthy other than that good explanation
+Briley Wright They come for the cringe and stay for the science.
True (love that yall read the comments)
haha I ate a pair
Denme copiaaaa
Now to translate to Spanish.... feck
CAN'T get rid of homelessness standing still people
hippity hoppity ur property
f
Myth Busters 2.0
he he
Who is from vjti
Ok who's here from Long's class?
thanks but i disliked the video and it was helpful
+GAME GAMER hmm so we helped but you disliked. What didn't you like?
i was joking and you guys talk too fast
thank u so much