GCSE Physics Revision "Particle Motion in Gases"

[@bec6716]

I love how this guy goes out of his way to teach students who are struggling

[@gulsumomary]

Hi ushijima!!

[@egg7689]

Bruh where's oikawa

[@daisythecomic6003]

Isnt that just what teachers are meant to do

[@vegsamosa]

@@daisythecomic6003 but he doesnt have to do this for free on the internet, just imagine how much he would make if he charged us. Hes a real G 😎❤

[@xo_madi_ox3584]

You should have come to Aoba Johsai.

[@Ben-ur8ys]

We better get a global bank holiday when this legend unfortunately passes away

[@verycoolbeanchilli858]

A bit dark for his age but I agree

[@tarbinpokharel8212]

Legends never die

[@ejsain9995]

@@tarbinpokharel8212 thats right

[@shisuiuchiha8645]

if he does pass its wraps for the kids doing gcses that year💀💀

[@chey6833]

hopefully he will get me through gcses too. mine just started last week.

[@NoorAli-oe9wn]

This year Year 11 are not even doing GCSES

[@L_ZILLA]

Well... did u pass??

[@Hannahlolz]

Loving the tie 🙌

[@Freesciencelessons]

Thanks. TK Maxx £7.99

[@promise.4162]

oh that made me laugh :)) Thank you for these great videos Sir.

[@sabilraja3931]

😂😂

[@_.cxndii9760]

thats a bargain - no jokes im going to get one

[@sylvr12]

🤣🤣👌plug

[@tiaaxlaurenn3208]

You got me through my GCSE 💖 I can't thank you enough!! Will you be making A level videos?

[@patron1091]

Yh

[@Sy9gFzcU5M2]

Yh

[@lecpt3676]

I love how simple this is. It makes work way easier.

[@thraitor7819]

gonna watch all of the physics lessons today lol, donr about half so far

[@obbby]

2020 revision

[@riri_bbk]

absolute legend thanks to you i’m going to do well in my mocks !!!!

[@anonymous-zb5fc]

good luck on gcses x

[@MohamedIbrahim-bh6gg]

Thank you!!!! You are the best

[@anonymousyouth7479]

thank u for this! I wanted to ask, what happens to the pressure if volume is the same? what effect would this have on the gas particles?? for eg, if more air was pumped in a tyre?

[@Freesciencelessons]

If more air is pumped into a tyre but the volume is kept the same, then the pressure will increase and the particles will be closer together.

[@anonymousyouth7479]

thank u!!

[@vanshikabhatia7020]

2019 squad where you at? :)

[@ahmedelamin1499]

Sir I have a question: do convection currents happen more frequently when heating is increased

[@Ewok-gf7sz]

Yes but only if the cooling is proportional and you’re not boiling it

[@Goft.81931]

Yes

[@afniad426]

isnt this chemistry collision theory?

[@Skeptoff123]

Yes mate this is collision theory it doesn't change anything honestly who would put a comment like this on a vid which clearly says physics like bro it's science they obviously tie in together SMH

[@YME_TheFirst]

@Skeptoff123 5 years late mate

[@eelam-boy]

How does he actually have 432k subs
Absolute legend he is mate

[@waleedshahid3617]

Best vid ever small and detailed

[@tarbinpokharel8212]

Thanks bro like the tie btw

[@mahnoormukhtiar9072]

you are a great teacher. thanks for making topic easy

[@nadya2780]

YOU ARE AMAZING!!! THANK YOU SO MUCH

[@gorillaglag4944]

Why hasn't Shaun been knighted yet?

[@Hello-tj3nn]

I have a question related to energy stores, between kinetic energy stores and thermal energy stores, when talking about paticle motion in gases, when you increase the temprature of a gas via heating, is energy transfered to the thermal energy store of the gas which hence is then transfered into the kinetic energy store of the particles or is it directly transfered to the kinetic energy store of the gas? The reason i ask this is because within conduction and more importantly convection, the text book clearly states that when heating a system or gas, the energy is transfered to the thermal energy store of the gas/ object. Which is then shared between the kinetic energy store of the particles, however when talking about pressure increasing/decreasing no where does it state within the textbook that energy is transfered to the thermal energy store of the gas, but instead when heated up, energy is directly transfered to the kinetic energy store of the particles.

[@fireemperorzuko8756]

Energy stores are shared between thermal and kinetic energy stores, when thermal energy is transferred to a substance its the kinetic energy stores which change the state of matter, so I'm guessing I could be wrong but I think that during a substances change of matter there is no thermal energy stores as it's transferred straight to kinetic energy stores to break intermolecular forces, but usually it's shared between them.

[@bossman69bossman32]

I guess increasing the temperature transfers energy to the thermal energy store of the particles and so the particles have a higher kinetic energy

[@bossman69bossman32]

actually u would say kinetic energy, sorry for the late response

[@chickensalad1991]

I love you man

[@Hello-od2pp]

2021 Squad where you at???

[@seeking_light5427]

Mini assessments anyone?

[@yodateam8111]

Are we meant to know how to calculate pressure?

[@prodls3993]

i dont think so its force / area tell me ho did u do

[@shush4721]

Cheers mate

[@alex-sv8dq]

ily

[@eelam-boy]

Lmao this guy is just too smart

[@lucascoralguinda8926]

ChEers MaTe

[@SujeevanSuresh-t8q]

hey

[@marzipanthehedgehog]

i cant believe people have disliked these videos like what harm is this perso causing you??

[@Charjac]

:)

[@digits3064]

who is here from alwisam

[@oscarito4333]

me in bahrain

[@Raven-hi9xu]

Your my homework 😿