I remember watching your wonderful videos when I was prepping for college. Today, 5 years later I came across you videos again, as a graduated mechanical engineer, brushing up his basics. Thank you Doc Schuster :)
Man you sound like you're having alot of fun explaining it which makes me wanna listen to you more carefully ;D Thank you so much :3 Also you have a nice voice c:
Heat Capacity made more sense after the pants analogy. Low capacity is like having less pockets meaning it stores less and once pockets are filled (or heat capacity is filled) then temp changes by 1 unit. High capacity is like having more pockets and only when all the pockets are full does temp change. So it takes more energy to change temp of a high capacity substance and less energy to change temp of a low capacity substance. I really understood that (if I got it right) with the visual pants analogy so thank you.
I am here in 2021...Plus I didn't knew this video was 8 years old.....And One More Thing....I Loved your Explanation...And I think I will be able to remember it forEVER......Thanks for Saving me..... Also as soon As you shared that Mcat I subscribed........KEEP GOING.... Plus I don't know if you will read my comment but if you do though then well.....it will be great.....😀😀
Yes, in chemistry when work is done by the system is negative but in Physics it's the opposite because we study two completely different things of the system.
Umm, at 7:07 there's this little bit that i don't quite understand: how is the final temperature of both the liquid and the block the same? The energy is equal in both, and the C and the mass are different, how does T end up the same?
+Stevan Lezaja To my understanding, if two systems are in contact their T will always end up the same, as the one with greater internal energy(U) (the one with a greater mass in this case) will by collision give a bit of its energy to the other system.
i actually did the calculations, it would require for the m of the first system times the c of the first system (m1*c1) to be equal to m2*c2 in order for the T of both systems to be equal, but besides that there is no real reason for the T to be the same (unless i didn't understand what you told me very well)
"Times the mass of the lick wooood, times the specific heat of lick woood" hahaha just kidding,. well this vid helps me on my thermodynamics subject, Thanks bro :) keep it up !
Hi, great video on heat capacity and specific heat! You sound like if Deadpool decided to be a physics teacher 😂 and you even have your own unique puns (#liqwood) 😂😂
damn it. you taught just something similiar to stan lee i too thought about heat being negative if lost but the text book didnt say so so I DUMPED MY IDEA !!!!!!!!!! BUT THEN YOU COME AND TEACH ME IF YOU HAVE AN IDEA YOU THINK IS GOOD ENOUGH DONT LET ANY FOOL TEACH YOU ABOUT IT. THANKS DOC REALLY!!!!!!!!!!!!!!! RIP STAN LEEE
HAHAHA I just finished studying this in Chemistry, and this is tripping me out on the equations. I was using Kinetic Molecular Theory... How much energy it takes to get to a boiling point for a liquid of Ethyl alcohol @ 400 mg Hg. Which does take you to: 73c Its trippy looking at your equations.
I remember watching your wonderful videos when I was prepping for college. Today, 5 years later I came across you videos again, as a graduated mechanical engineer, brushing up his basics. Thank you Doc Schuster :)
Man you sound like you're having alot of fun explaining it which makes me wanna listen to you more carefully ;D Thank you so much :3 Also you have a nice voice c:
Heat Capacity made more sense after the pants analogy.
Low capacity is like having less pockets meaning it stores less and once pockets are filled (or heat capacity is filled) then temp changes by 1 unit.
High capacity is like having more pockets and only when all the pockets are full does temp change.
So it takes more energy to change temp of a high capacity substance and less energy to change temp of a low capacity substance.
I really understood that (if I got it right) with the visual pants analogy so thank you.
how much are you selling your brain for
😂😂😂😂
Your funny
Literally a mad scientist.
Thank you.
Dude you are a great teacher it was so much easier to understand than anything I have seen till now
you are the best teacher on youtube
you are a great physics teacher man probably the best physics teacher i have come across!!! you are a feyman type!!!!
Best teacher ever + lovely voice
brother , you are one hell of a teacher
Nothing worse than getting halfway through an analogy and realizing it's more confusing than helpful
Pockets?
I think it's splendid that we can begin to relate energy and temperature! Or do you mean compared to specific heat?
THANK YOU SM. I CANT BELIEVE ITS 10 YEARS OLD VIDEO!!
I just like your voice and the way you teach man. You are good.
Give this man a medal
Oh my god you are my savior in thermodynamic course ♥️♥️♥️♥️♥️
lickwoooood
This was really good tomorrow I have a quiz and my teacher is terrible...
Hi beautiful :")
GREAT video! Love your enthusiasm and explanations!
You are seriously AWESOME!! You just made my day!
DOC YOU ROCK !
definitely makes fantastic sense!! ;) This. Is. Marvelous. OMG you rock
U teach really well!!Thank u so much
I am here in 2021...Plus I didn't knew this video was 8 years old.....And One More Thing....I Loved your Explanation...And I think I will be able to remember it forEVER......Thanks for Saving me.....
Also as soon As you shared that Mcat I subscribed........KEEP GOING....
Plus I don't know if you will read my comment but if you do though then well.....it will be great.....😀😀
I take it back, your a good teacher.
Better then my chemistry teacher at least, but that's not exactly a compliment considering she didn't know what she was doing.
I love your voice! ;)
I'm glad you do...it drives me nuts when I have to hear it, e.g., during editing! DeathAngleZoe
Yes, in chemistry when work is done by the system is negative but in Physics it's the opposite because we study two completely different things of the system.
Ask me a question, and I'll try again!
How old are you doc
can u give an example of u using the formula with numbers ?
Delta T would be 2 if we have 10 Joules of heat going into 1 kg of stuff with c = 5 J/kg/K. Try it.
My brain hurts.
Mines dead...
mine never existed
Error 401
i don't even remember what delta t means anymore finising school sucks.
Thank you very much. Amazing job.
yep sir the things u tell r correct...even i hv met people who r always wrong..
lets be correct and firm on our knowledge
7:50 it's (Tb - T)
that made it really simple could you do a video on cells and batteries...and also reflection refraction..and related things...please.
wow that was really helpful and ya you've got an amazing voice!
thank you, i finally understood this topic..
my teacher is shit af...
ur teaching is sooo much better
Umm, at 7:07 there's this little bit that i don't quite understand: how is the final temperature of both the liquid and the block the same? The energy is equal in both, and the C and the mass are different, how does T end up the same?
+Stevan Lezaja To my understanding, if two systems are in contact their T will always end up the same, as the one with greater internal energy(U) (the one with a greater mass in this case) will by collision give a bit of its energy to the other system.
i actually did the calculations, it would require for the m of the first system times the c of the first system (m1*c1) to be equal to m2*c2 in order for the T of both systems to be equal, but besides that there is no real reason for the T to be the same (unless i didn't understand what you told me very well)
They would reach thermal equilibrium I believe
for specific heat you can also do a triangle with m, c, △T on the bottom and Q on the top
Josh Richards That's a quick crutch, but I think you'll be better learning to do algebra really well.
Thanks for saving me life! Exam tmr
thanks this really helped, because i had a test tomorrow
great explanation ....thank you
Finally a physics student with humour
Thanks....frm India
Your're a funny dude. This videos is interestingly intuitive.
i keep on hearing lickwood :3
YOU
ARE
GREATNESS
u got an insta-subscription, cus i have exams coming up
these are so helpful thanksss
So so so so so awesome Doc! I am studying for my MCAT XD!
Thanks! You can pay me back by becoming a great doctor and serving others.
I will do my best to become one of the best :), Thank you doc!
You are very smart. Thank you.
One word. Awesome.
"Times the mass of the lick wooood, times the specific heat of lick woood" hahaha just kidding,. well this vid helps me on my thermodynamics subject, Thanks bro :) keep it up !
4:00 Specific Heat begins
dude... you are great
What is the specifiq heat capacity of Refrigerant 134a?
Jacob; Do we have any devices that will add energy to displace water?
Good luck, yo!
Hi, great video on heat capacity and specific heat! You sound like if Deadpool decided to be a physics teacher 😂 and you even have your own unique puns (#liqwood) 😂😂
Man Ur vedios are 💓🙏
damn it. you taught just something similiar to stan lee
i too thought about heat being negative if lost but the text book didnt say so
so I DUMPED MY IDEA !!!!!!!!!!
BUT THEN YOU COME AND TEACH ME
IF YOU HAVE AN IDEA YOU THINK IS GOOD ENOUGH DONT LET ANY FOOL TEACH YOU ABOUT IT.
THANKS DOC REALLY!!!!!!!!!!!!!!!
RIP STAN LEEE
Thank you
Deadpool sensei
the joker he sounds exactly like Deadpool
I love your voice. 😍
Your mCAT just got you a sub xP
Does specific heat has any relation with conductivity of material?
Liqwood :D
really after watching a tutoring video which should be informative, all you can think of is liqwood
miesumae shimamura Yes
Thank you so much!
really good! helps allot
how u find heat supplied within a certain time
love the way u say liquid
Thanks helped a lot
Does anyone know how u would find Cb?
I like how you say ‘lickwood’
Sir on which factors thermal capacity of a body depends
Oh my god, Your handwritting is exactly same as mine.
man well explained
I like the way he pronounces liquid X3
How it is necessary that Q(of block) +Q(of liquid) add up to zero?
Well, we just argue that energy is conserved. Heat goes nowhere else.
Is this your orginal voice ?btw its cute i like it😍
thank you sooo much!!
Haha, that failed analogy xD i was like what?
Why does water store heat more efficiently than other liquids?
i really dont understand this formula though E/R= SHC times mass times change in temp.
is this for class 11..??
thank you!
WHY DO YOU TURN THE CAPS LOCKS ON?
LovelySmile55 You do NOT want to see my lowercase letters. It's a terrible shame.
Doc Schuster I could pretty much figure that out! :P
Thanks
awesome
you shold have add the units
whats ur qualification
This is like a bit of a challenge since i learn in bahasa melayu haha
Thank you :)
Hot Pockets! 😅👍
HAHAHA I just finished studying this in Chemistry, and this is tripping me out on the equations. I was using Kinetic Molecular Theory... How much energy it takes to get to a boiling point for a liquid of Ethyl alcohol @ 400 mg Hg. Which does take you to: 73c Its trippy looking at your equations.
The humor though :-D
liqwood?
you are great
Abdullah ylmz YOU are great! Thanks for watching.
So, why does heat capacity even exist?
What to fast for me
Wow i love you voice
I like urvideo :))))