I can't explain how helpful these videos for me i didn't get any thermodynamic problem but now i am 100% sure i will tackle them the way you explain is much better than my textbooks and professor May God bless you for this you made my life!
Do you have a place to donate? I would gladly donate at the end of the semester when I pass chem for engineers. Your videos are the only thing keeping me hanging on.
You probably get hundreds of thank you's a day, but I still want to take the time to say thanks as well. You really saved me for my test tomorrow and I'll continue to use your videos for studying for the final next week. I don't know how you do it, but please don't stop lol, you're really gifted at teaching in a way that makes sense. I imagine I'll keep coming back to look at concepts you have taught for future classes :)
Professor Organic Chemistry Tutor, thank you for a step by step /case by case analysis of Kinetic Molecular Theory of Gases in AP/General Chemistry. The multiple-choice problems outline the important relationship between Pressure, Volume, Moles and Temperature in Chemistry. The classical Gas Laws are also analyzed and explained from start to finish. This is an error free video/lecture on TH-cam TV with the Organic Chemistry Tutor.
Thank you soooo much. We have 2nd Term exams tomorrow and I'm not going to get a c. I've been following your videos from mole concept to empirical formulary to balancing of equations to chemical laws and now I'm here... thanks a bunch 🎉🎉🎉❤❤. You're a true blessing. Have a beautiful❤❤ 🤩 👌 ❤️ and wonderful TH-cam career ahead.. byeee
Hey You probably wouldn't see this but, for long videos like this,it would be great if you added timestamps in the description so that anyone can just get to the part that confuses that person. Just a suggestion!
Thx a lot for that video! Btw at 32:14 you say tgat by increasing temperature the volume is decreasing. Wht did you mean by that? What about Charle's law?
Nooooo The volume increases(depending on the container) since the pressure inside lemme say the balloon is greater than that of the outside, the volume of the balloon increases in order for the pressure to equalize with the external pressure
The individual kinetic energy of molecules is different from each other but when we derive the kinetic equation we say that the before and after collision the molecules have same kinetic energy?
Sorry, but in question 3, option D is incorrect. When we derive the equation vrst = sqrt[(3rt)/m], we find that PV = (nMv^2)/3, which means that pressure depends on molar mass.
sir please am confused on what you said about the pressure of a gas not dependent on the molar mass but on the number of moles only but the formula for number of moles is mass/ molar mass so if we are to rewrite the equation P=nRT/V by replacing n with Mass/ Molar mass
Thank you! I have a question: In the first exercise, KEave can also = (3/2)PV. So why we use (3/2)RT to determine instead of (3/2)PV which would lead to another answer ?? Someone please explain, thank you guys!
Wtf is R and why the hell do you not explain how to do the first problem mathematically. Like what if a question asks for numbers and not just which is higher like seriously.
For the 3rd question, in an ideal gas, Pressure is inversely related to the Temperature (PV/nRT=1), so if the temperature is high, then the pressure must be low. That’s my reasoning
Gas Laws - Free Formula Sheet: bit.ly/3TOMhhb
Gas Laws - Video Lessons: www.video-tutor.net/gas-laws.html
😪I can't count how many times this man has helped me to pass... Thank you so much.
Same here 😂🤭. If I had money I'd really send him some dollars because he saved me from paying thousands 😂
I can't explain how helpful these videos for me i didn't get any thermodynamic problem but now i am 100% sure i will tackle them the way you explain is much better than my textbooks and professor
May God bless you for this you made my life!
Damn. I learned 3 weeks' worth of lecture in 43 mins from this guy. Thank you, JG.
Do you have a place to donate? I would gladly donate at the end of the semester when I pass chem for engineers. Your videos are the only thing keeping me hanging on.
Hey, yeah he has in the about part of the channel
Hey! It is in the about part! Anyways, PUBG fan?
You probably get hundreds of thank you's a day, but I still want to take the time to say thanks as well. You really saved me for my test tomorrow and I'll continue to use your videos for studying for the final next week. I don't know how you do it, but please don't stop lol, you're really gifted at teaching in a way that makes sense. I imagine I'll keep coming back to look at concepts you have taught for future classes :)
thank you so much for these videos. You go beyond what a textbook teaches and I really appreciate that.
Every single bit of explanation is entering my head. I love your videos so much
God bless you my friend, study hard and praise the Lord!
your voice alone has paved the way (over the last four years) for me to get into dental school
Great examples, teaching of concepts, and overall incredibly helpful while preparing for my exam.
The best teacher on TH-cam. keep it up
Professor Organic Chemistry Tutor, thank you for a step by step /case by case analysis of Kinetic Molecular Theory of Gases in AP/General Chemistry. The multiple-choice problems outline the important relationship between Pressure, Volume, Moles and Temperature in Chemistry. The classical Gas Laws are also analyzed and explained from start to finish. This is an error free video/lecture on TH-cam TV with the Organic Chemistry Tutor.
Damn Your videos make me feel confident while attempting multiple choice questions. You are a legend man
Thank you soooo much. We have 2nd Term exams tomorrow and I'm not going to get a c. I've been following your videos from mole concept to empirical formulary to balancing of equations to chemical laws and now I'm here... thanks a bunch 🎉🎉🎉❤❤. You're a true blessing. Have a beautiful❤❤ 🤩 👌 ❤️ and wonderful TH-cam career ahead.. byeee
Hey You probably wouldn't see this but, for long videos like this,it would be great if you added timestamps in the description so that anyone can just get to the part that confuses that person. Just a suggestion!
You guys want it too easy.
I understood chemistry since I started following up all videos u have uploaded❤❤
Thanks so much sir. Your the only science teacher I came across.
This guy is a legend
I learned a lot more from this video ghan at school. Thank you
From AIUB bangladesh And confirm you can make me understand more then my actual faculty ❤❤
Thank you so so much! you explained it so well
Long but helpful
Love you + your Videos 💋💋
Insanely good explanation, thanks again mate :)
Love this channel
This man has helped me so much
My p.chem final is in two days and reviewing with your videos helps so much. Thank you for making these!
how was the exam then ?
did you do well ?
Yousif Nabil I got a B+ on my final. It wasnt too bad
Live long for us sir❤
You are a godsend! Thank you!
Dude one thing that's makes u unique that u go so deep into the topic considering each and every part( in ques 5 ) thanks 🔥
Nice explanation
thank you so much sir God bless you.
P = (1/3) (N/V) mu^2, so should heavy have more pressure than lighter gases?
When m increases u decreases so p remains constant
But if u is constant, then more m means more p
Why do I feel like Mark Walhberg is tutoring me in chemistry? haha
Thanks, those are pretty good examples
Thank you so much
At 9:19 when pressure increase temprture increases does it matter in this case or not any one because helium is more atm
Man
I love you
Thanks
Thanks😇
Thx a lot for that video! Btw at 32:14 you say tgat by increasing temperature the volume is decreasing. Wht did you mean by that? What about Charle's law?
Яша Белопольский. it lead a decrease on the density on the gas
Nooooo
The volume increases(depending on the container) since the pressure inside lemme say the balloon is greater than that of the outside, the volume of the balloon increases in order for the pressure to equalize with the external pressure
نعم
miss with the boyle and charles and gay-lussac laws
يي صحيح
What's this tutors name please, so I can follow him.
The individual kinetic energy of molecules is different from each other but when we derive the kinetic equation we say that the before and after collision the molecules have same kinetic energy?
Nice teach,,, i can call you sir Newton,,😘😘
Thank you.
there is an error on no. 2. At STP, one mole of gas will occupy 22.4L of Volume. Those gases should occupy different volumes too.
But he said that the volumes are fixed(like the containers have the same volume) so the gases all occupy the same volume
True.. he most probably wanted to say "at constant temperature" because Pressure or Volume don''t actually matter
always the best vid
thanks
Sorry, but in question 3, option D is incorrect. When we derive the equation vrst = sqrt[(3rt)/m], we find that PV = (nMv^2)/3, which means that pressure depends on molar mass.
Nah u got d formula wrong
Is the STP temperature 0 C or 25C which one is it?
sir please am confused on what you said about the pressure of a gas not dependent on the molar mass but on the number of moles only but the formula for number of moles is mass/ molar mass so if we are to rewrite the equation P=nRT/V by replacing n with Mass/ Molar mass
This guy is a fucking legend
Here again because our module just gave an example that doesn't even correspond to the activities given.
No words, just like
Thank you! I have a question: In the first exercise, KEave can also = (3/2)PV. So why we use (3/2)RT to determine instead of (3/2)PV which would lead to another answer ?? Someone please explain, thank you guys!
3/2rt is actually for 1 mole
Ke avg=3/2nrt
What u said is true if the no of moles is 1
I have the same doubt 😔
Please any one tell KE of real gas equation
Thank you!!
really good video :)
Kinetic energy=3/2[kT]?
wait ooo heisienstien was wrong
8444 Russel Plains
Wtf is R and why the hell do you not explain how to do the first problem mathematically. Like what if a question asks for numbers and not just which is higher like seriously.
4:20
563 Schoen Junction
Charlotte Overpass
Good work but it's so slow I almost fell asleep if not for increasing play back speed
odd but
I don't understanndddd
Fuck this is why i hate chemistry
For the 3rd question, in an ideal gas, Pressure is inversely related to the Temperature (PV/nRT=1), so if the temperature is high, then the pressure must be low. That’s my reasoning
You still don't get the concept
@@danielmambo8451 actually I do and I just explained why, maybe your reading comprehension is terrible
I have ADD. I lost my concentration 3 minutes in.
Thank you so much
Thank you!😊