i understand there's constant temperature involved ...but if you take a balloon and squeeze it, you increase likelihood of collisions hence increase average kinetic energy of the gas molecules which means increasing temperature right? so you can only compare two separate containers of gases right? and not the same balloon since you cannot control and keep constant the temperature as you squeeze the balloon...????
You usually do not sat it’s inversely proportional to 1/p.cos that’s means it’s directly proportional to p. You either say it’s inver proportional to p or it’s proportional to 1/p
Came here for the graph, and I can't explain the relief I felt when I saw you had a video on the topic. You're my hero
i understand there's constant temperature involved ...but if you take a balloon and squeeze it, you increase likelihood of collisions hence increase average kinetic energy of the gas molecules which means increasing temperature right? so you can only compare two separate containers of gases right? and not the same balloon since you cannot control and keep constant the temperature as you squeeze the balloon...????
The video was so helpful,I was having a lot of confusions regarding Boyle's law but not I am very clear about that. Thank you sir.
Can you explain why do we get a curve graph in the first one and why not a linear graph?
You usually do not sat it’s inversely proportional to 1/p.cos that’s means it’s directly proportional to p. You either say it’s inver proportional to p or it’s proportional to 1/p
Inversely*
I noticed the same thing
Yeah, I noticed that too, but damn I completely ignored that when I heard his hot explanation
Thank you so much,I have an quiz and you help me so much Thanks again🥺💞💞💞.
thank u so much for the knowledge.....👌❤💙💙
Sir,why is the graoh of v vs 1/p a straight line through origin?volume cant be zero
Thank you sir nice video
Awesome lecture! Btw, if you don't mind me asking, what is your ethnic background? You look kind of Russian or am I totally off the mark?
He lives in new york
Interesting and informative! Tks!
Lorenzo Battilocchi welcome! :)
very nice video
Nice T-shirt 😂 and your lecture is always so helpful 🙋♀️