Timings : 00:00 - Introduction 02:55 - Assumptions 12:44 - Degree of freedom 27:22 - Law of equipartition of E 33:11 - Pressure of gas 45:55 - Relation b/w K.E & Temp. 56:11 - Cp,Cv -) Derivation 1:1:55 - Table of atomicity 1:10:00 - Root mean square of Vel. 1:13:00 - Mean free path Please give a like it takes nothing
00:00 - Introduction 02:55 - Assumptions 12:44 - Degree of freedom 27:22 - Law of equipartition of E 33:11 - Pressure of gas 45:55 - Relation b/w K.E & Temp. 56:11 - Cp,Cv -) Derivation 1:1:55 - Table of atomicity 1:10:00 - Root mean square of Vel. 1:13:00 - Mean free path
Timings : 00:00 - Introduction 02:55 - Assumptions 12:44 - Degree of freedom 27:22 - Law of equipartition of E 33:11 - Pressure of gas 45:55 - Relation b/w K.E & Temp. 56:11 - Cp,Cv -) Derivation 1:1:55 - Table of atomicity 1:10:00 - Root mean square of Vel. 1:13:00 - Mean free path thank you so much sir tomarrow is my test
Timings : 00:00 - Introduction 02:55 - Assumptions 12:44 - Degree of freedom 27:22 - Law of equipartition of E 33:11 - Pressure of gas 45:55 - Relation b/w K.E & Temp. 56:11 - Cp,Cv -) Derivation 1:1:55 - Table of atomicity 1:10:00 - Root mean square of Vel. 1:13:00 - Mean free path
Save the timings Like this comment more and more ❤ 0:00 - Introduction 2:55 - Assumptions of Kinetic Theory Of Gases 12:44 - Degree of Freedom ( DOF ) 27:22 - Law of Equipartition 33:11 - Pressure of Gases 45:11 - K.E & Temp.'s Relations 56:11 - C.P C.V derivation 1:1:55 - Table of atomicity 1:10:00 - Root Mean Square of Vel. 1:13:00 - Mean free Path
Timings : 00:00 - Introduction 02:55 - Assumptions 12:44 - Degree of freedom 27:22 - Law of equipartition of E 33:11 - Pressure of gas 45:55 - Relation b/w K.E & Temp. 56:11 - Cp,Cv -) Derivation 1:1:55 - Table of atomicity 1:10:00 - Root mean square of Vel. 1:13:00 - Mean free path thank you
today Is my Physics Paper And I Am here In This Video To Leave A Thank Of Appreciation to The Science And Fun Team. I Thank You For Your Hardwork. Ashu Sir, You Made Physics Really A different experience 😘
00:14 Introduction to Kinetic Theory of Gases 02:31 Kinetic theory of gases focuses on the behavior of gas particles at the molecular level. 07:07 At absolute zero, the volume of a gas becomes zero 09:19 Kinetic theory of gases involves free paths and collision assumptions. 13:40 Explanation of degrees of freedom for gas particles. 16:12 Explanation of the number of relations and degree of freedom for monatomic gases. 20:47 Linear and non-linear gases have different degrees of freedom. 23:29 Exploring the relationship between the degree of freedom and the number of independent relationships in gases. 28:04 Gas particles have equal energy in each degree of freedom 31:03 Distribution of kinetic energy among gas particles. 35:21 Derivation of change in momentum 37:32 Understanding the concept of momentum and force 41:38 Derivation of pressure formula with 3 degrees of freedom 43:44 The energy of gas depends on the temperature. 48:00 Ideal gas equation: PV = NRT 50:10 Explaining kinetic energy and number of particles in gas 54:41 3/2 KBT formula is based on three degrees of freedom 56:59 Gas temperature increases when hit in a closed container. 1:01:13 Discussion on adiabatic process and calculation of gamma. 1:04:13 Explanation of degrees of freedom for atomic gases 1:09:53 Understanding the Min Square Value of Velocity in Kinetic Theory of Gases 1:11:59 Velocity, temperature, and molar mass determine kinetic theory of gases.
Sir 1:00:01 me apne kb no n se kaise kat diya ,, kb = R/n & agar aap us ko n se divide Karo to wo to R/n² hoga na ??? .. so I find the result so Na =n & n=1 so it will be 1
0:00 Introduction 3:07 Kinetic Theory of Gases 4:15 Assumptions of KTG 12:49 Degree of Freedom 26:53 Law of Equipartition of Energy. 33:13 Pressure of gas in a closed Container. 45:48 Relationship between K E and Temperature 1:01:00 Tabel for Mono, Di, Tri Atomic Gases 1:10:36 Root mean square value of Velocity 1:13:11 Mean Free Path 1:14:50 Chapter Complete
Physics Exam in 3 days I appreciate your work very much...Sir this is the most crucial time for all the students.Sir It Is a Very Humble Request to kindly complete the chapters left
I have a doubt. 23:13 sir said that degree of freedom of triatomic linear gas is 7 but MR sir taught us that triatomic linear gas has same degree of freedom as diatomic gas( 3 translational + 2 rotational)
59:56 sir yhan pr samajh nhi aya ki (n) se (NA) kaise cancel hogya kyunki sir isko expand krke ye bnega (f/2 × R × dT)/n× NA × dT tto yhan pr ye cancel kaise ho jayega
@@udaycreation4330 I think sir ne galat Kia hai because ncert mein is tarah se hai ki , hm total dU nikalte hai in one mole= fKT/2 × NA = (f×R×T/2×NA) × NA = fRT/2 Then, Cv = dU / dT = fR/2 ajayega 👍
1:00:07 me specific heat volume constant ki value kese aya . Boltmann constant ki value R/n hai . F/2Kb∆T divided by n∆T yaha T to cancel hoga par n kese hoga yaha n² ho gayega na kyuki R/n divided by n is R/n² hoga . please anybody help me to remember this fact how sir written Cv= 3/2R
Sir please do important questions also... You should make a one shot on important questions from each chapter of physics if possible sir please do questions also.....
This is only video in the whole RUclips which coverd all the topics..in many vdos the degree of freedom concept is not covered ... Thank you sir ..❤❤❤❤❤❤
Hey, I guess you got confused. X is taken as the displacement of the particle in terms of this equation, so technically displacement/time gives you velocity. And position by time gives you speed, whereas we are taking about velocity in here, being particular about the direction of collision and stuff. Hope this helps🙃
43:20 sir i have a doubt here... can we simply learn the formula (end result of the derivation) or we have to learn the derivation.... 😢 Please reply as soon as possible...
Sir with due respect and regards if you will put some light on 50-30,over there is an eqns and where you are multiplying and dividing L.H.S by 2 but frpm R.H.S side you are keeping it as it is,therefore breaking the LAW OF MATHEMATICS (i.e) in an eqns if you have to multiple or divide anything you can do that go but the condition is it should be done from the both side.I hope you will reply.
multiplying and dividing by 2 on LHS is simply multiplying by 1 (as 2/2=1) and multiplying anything by 1 gives that number only, so there was no need of multiplying anything to RHS
![BLACK BAG - Official Trailer [HD] - Only in Theaters March 14](http://i.ytimg.com/vi/Du0Xp8WX_7I/mqdefault.jpg)
Timings :
00:00 - Introduction
02:55 - Assumptions
12:44 - Degree of freedom
27:22 - Law of equipartition of E
33:11 - Pressure of gas
45:55 - Relation b/w K.E & Temp.
56:11 - Cp,Cv -) Derivation
1:1:55 - Table of atomicity
1:10:00 - Root mean square of Vel.
1:13:00 - Mean free path
Please give a like it takes nothing
Bro from where I get notes
@@sparkmusic244you must make notes from this channel as well
Any recommendation for numericals
Like leki bhi kya karega
Chal hatt nahi karta like
00:00 - Introduction
02:55 - Assumptions
12:44 - Degree of freedom
27:22 - Law of equipartition of E
33:11 - Pressure of gas
45:55 - Relation b/w K.E & Temp.
56:11 - Cp,Cv -) Derivation
1:1:55 - Table of atomicity
1:10:00 - Root mean square of Vel.
1:13:00 - Mean free path
Timings :
00:00 - Introduction
02:55 - Assumptions
12:44 - Degree of freedom
27:22 - Law of equipartition of E
33:11 - Pressure of gas
45:55 - Relation b/w K.E & Temp.
56:11 - Cp,Cv -) Derivation
1:1:55 - Table of atomicity
1:10:00 - Root mean square of Vel.
1:13:00 - Mean free path
thank you so much sir tomarrow is my test
Timings :
00:00 - Introduction
02:55 - Assumptions
12:44 - Degree of freedom
27:22 - Law of equipartition of E
33:11 - Pressure of gas
45:55 - Relation b/w K.E & Temp.
56:11 - Cp,Cv -) Derivation
1:1:55 - Table of atomicity
1:10:00 - Root mean square of Vel.
1:13:00 - Mean free path
❤❤❤❤❤
22:49 No. of R is 2.
24:45 No. of R is 3.
40:35 Because presure exists in all 3 dimensions.
22:40 no. of R is 2
24:42 no. of R is 3
40:40 because it have Vx but we have calculate pressure in all direction
1:07:42 For Triatomic (linear)
Cv = 7/2R
Cp = 9/2R
Gamma = 9/7
For triatomic (Non-linear)
Cv = 6/2R
Cp = 8/2R
Gamma = 8/6
Har bacha JEE neet nhi krna chahta 😢
RUclips per aap hi bat smjhte ho or school prep ke liye video bnate ho sir ji❤
Hii sakshi where are you from 🎉
Bro respect kr lo❤
@@AryanPandey-gh1ji kese bhai
@@Rawat012_01 kiya is baar 11th ka exam dene wale ho
Syllabus dekh le yar
Apna syllabus kaafi bada hai
@Rollno.2107 ha bhai
Save the timings
Like this comment more and more ❤
0:00 - Introduction
2:55 - Assumptions of Kinetic Theory Of Gases
12:44 - Degree of Freedom ( DOF )
27:22 - Law of Equipartition
33:11 - Pressure of Gases
45:11 - K.E & Temp.'s Relations
56:11 - C.P C.V derivation
1:1:55 - Table of atomicity
1:10:00 - Root Mean Square of Vel.
1:13:00 - Mean free Path
13:00 per kis kis ko class 10 English chapter 2 ki yaad aai😅😅😂😂😅😊
Nelson Mandela's long walk to freedom 🥺Old 10th memories got refreshed
Mara ko
Yes 😂
The example of Nelson Mandela is the most beautiful way of understanding the concept as we have already studied it in our class 10th literature ❤❤
Timings :
00:00 - Introduction
02:55 - Assumptions
12:44 - Degree of freedom
27:22 - Law of equipartition of E
33:11 - Pressure of gas
45:55 - Relation b/w K.E & Temp.
56:11 - Cp,Cv -) Derivation
1:1:55 - Table of atomicity
1:10:00 - Root mean square of Vel.
1:13:00 - Mean free path
thank you
Me watching this video one day before exam.🤣😅 Anyone else???😁
😁😁
Yes😂😂😂
Test ke ek ghante pehele🙂
Meee !
@@rishikanayak8435kitne Number Aye Bhai
today Is my Physics Paper And I Am here In This Video To Leave A Thank Of Appreciation to The Science And Fun Team. I Thank You For Your Hardwork. Ashu Sir, You Made Physics Really A different experience 😘
Thanks beta 😂😂
pass ho gae kya?
1:09:00 1 like for the table 👏👌
22:49 no. Of relation 2
24:40 no. Of relation 3
16:22 - The worst humiliation history has ever seen 💀💀
True af bhai
@@kgming6044bhai Naya wala KTG toh aaya nhi yeh wala bhi badhiya h na ?
@@aarav-gamerha bhai same hi hai
moye moye ho gaya 🤡
Kgt parhne Aya Tha depress ho ke ja raha hu
Aaj subah se I searched everywhere for this chapter but couldn't get satisfied and was waiting for you to upload it. Thanks for this 🥰
You should watch Abhishek shahu sir
@@m.dinsab no bro not at all he teaches like a revision
@@raidx2033 yess
@@m.dinsab yeah he is also good teacher
then which channel is should see? one shot series
@@raidx2033
Me studying before 2 months of exam 👽
Ha bahi tu tho hero hai sir ka
1 day before exam 😂
Bro 2hrs before🥰
Chalo kisine to sach bola 😂
Same here brother 😅😅
00:14 Introduction to Kinetic Theory of Gases
02:31 Kinetic theory of gases focuses on the behavior of gas particles at the molecular level.
07:07 At absolute zero, the volume of a gas becomes zero
09:19 Kinetic theory of gases involves free paths and collision assumptions.
13:40 Explanation of degrees of freedom for gas particles.
16:12 Explanation of the number of relations and degree of freedom for monatomic gases.
20:47 Linear and non-linear gases have different degrees of freedom.
23:29 Exploring the relationship between the degree of freedom and the number of independent relationships in gases.
28:04 Gas particles have equal energy in each degree of freedom
31:03 Distribution of kinetic energy among gas particles.
35:21 Derivation of change in momentum
37:32 Understanding the concept of momentum and force
41:38 Derivation of pressure formula with 3 degrees of freedom
43:44 The energy of gas depends on the temperature.
48:00 Ideal gas equation: PV = NRT
50:10 Explaining kinetic energy and number of particles in gas
54:41 3/2 KBT formula is based on three degrees of freedom
56:59 Gas temperature increases when hit in a closed container.
1:01:13 Discussion on adiabatic process and calculation of gamma.
1:04:13 Explanation of degrees of freedom for atomic gases
1:09:53 Understanding the Min Square Value of Velocity in Kinetic Theory of Gases
1:11:59 Velocity, temperature, and molar mass determine kinetic theory of gases.
Sir 1:00:01 me apne kb no n se kaise kat diya ,, kb = R/n & agar aap us ko n se divide Karo to wo to R/n² hoga na ??? .. so I find the result so Na =n & n=1 so it will be 1
Samjh me aaya kya ?
40:40 - Because here velocity is given for a particular direction but gases move in any direction
We have taken degree of freedom as 3 there ,so.....
18:35 once again emotional hurt 😅😊
Thanks Sir Ji Kal Mera Paper Hai 🙏🙏❤❤❤❤
Yes Sir Thanks Mera Bhi Kal Paper hai
Aal the best all of you jiska paper h
bhai mera bhi kal hai paper
Kisi k pass paper hai.... physics ka
Kaisa gya?
sir kindly upload one shot lecture of waves and gravitation ....🙏
nd also thnku very much sir for uploading this video
0:00 Introduction
3:07 Kinetic Theory of Gases
4:15 Assumptions of KTG
12:49 Degree of Freedom
26:53 Law of Equipartition of Energy.
33:13 Pressure of gas in a closed Container.
45:48 Relationship between
K E and Temperature
1:01:00 Tabel for Mono, Di, Tri Atomic Gases
1:10:36 Root mean square value of Velocity
1:13:11 Mean Free Path
1:14:50 Chapter Complete
Main itni der se koshish kar rahi thi ki koi achha one shot mil jaye academic level ka and then I found this one...
Probably the best one 😊
22:39 2 ❤
wth your subcount??
Physics Exam in 3 days I appreciate your work very much...Sir this is the most crucial time for all the students.Sir It Is a Very Humble Request to kindly complete the chapters left
Which school?
Dav?
how did it go??
Who is seeing this video more than 1x speed
Like😂😂
1.75 x
2x
Who is watching on 2x
Me😂
Searching for 3 x
😂me
Me😅
😂
2025 mai kon kon dhek reha hau❤😅🎉
Dekhraha hau hau
Thank you sir 😊targeting 85%+ this annual exam 🔥
40:37 Because of only one component of velocity i.e. x component of velocity but what about the velocity along y and z axis.
Kaun-kaun One Shot dekhne ke bad comment padhne Aaya Hai🙆♀️😅😇😂
I have a doubt. 23:13 sir said that degree of freedom of triatomic linear gas is 7 but MR sir taught us that triatomic linear gas has same degree of freedom as diatomic gas( 3 translational + 2 rotational)
at high temperature vibrational also exists at room temp only 5 tho
1:12:19 sir kb=R\NA h and NA h GM\MM then R\GM\MM hoga and then R×MM\GM aayega
NA is a constant with value 6.023*10^23 how is it equal to gm/mm?
59:56 sir yhan pr samajh nhi aya ki (n) se (NA) kaise cancel hogya kyunki sir isko expand krke ye bnega (f/2 × R × dT)/n× NA × dT tto yhan pr ye cancel kaise ho jayega
Same mai bhi yahi dundh raha tha same dought ?😢
Agar tumhara doubt clear ho gaya ho to pls bata do ?😢
@@udaycreation4330 I think sir ne galat Kia hai because ncert mein is tarah se hai ki , hm total dU nikalte hai in one mole= fKT/2 × NA = (f×R×T/2×NA) × NA = fRT/2
Then, Cv = dU / dT = fR/2 ajayega 👍
@@Playback.z okay thanku so much thanks alot💖
22:47 2 relations
25:00 3 relations
Sir degree of freedom of Tri-atomic linear is 5
22:42 - Relations = 2, Degree of Freedom = 7
1:00:07 me specific heat volume constant ki value kese aya . Boltmann constant ki value R/n hai . F/2Kb∆T divided by n∆T yaha T to cancel hoga par n kese hoga yaha n² ho gayega na kyuki R/n divided by n is R/n² hoga . please anybody help me to remember this fact how sir written Cv= 3/2R
Yes sir
The same I am facing
22:34 no. Of relations = 2
24:41 no. Of relations = 3
Bhai no of relation not equal to bond
@@mahaveersharma9082 pehle puri video to , dekh lo topic samaj lo fir aake comment karna😎
@@shreshthasingh7949 kya. Baat h
24:30 three relation between gas molecules
22:53
No. Of relation =2 b/w carbon dioxide atom
24:41
No. Of relation 2 (o³)
Thank you SIR 🙏❣️
You really... Made it easy 😌
Agar 11th pass krli to ek hafte tak bgmi band. Bas pass ho jau🥲Sab bhagwan bharose.
Maine bgmi delete kar diya jab tak exam hai 😂 , waise kaha se hai tu ?, id dede
Kaisa gya exam
Mera to ekdum mast gaya ..bye the way I am ff player😂😂@@Pacific_007-z
Pass hue bhai??
@@IramNaj-jg7nt ha
Sir please do important questions also... You should make a one shot on important questions from each chapter of physics if possible sir please do questions also.....
This is only video in the whole RUclips which coverd all the topics..in many vdos the degree of freedom concept is not covered ... Thank you sir ..❤❤❤❤❤❤
Thank you so much sir for amazing session 😊😊
16:21 and 18:25 arey sir sach kyu bol rahe ho.....!
Mai to padhne aaya tha😢😂
Bache ,don't get tricked
@@tanejasaab887hm ohk 😊
Bhai Mera toh yeh hal hai 😂
Excellent explanation ....best lecture for school exams❤
Hlo
Sir aap delete topic bhi ek hi baar padha dijiye Q ki kisi ko aagr padh na ho ga to usse ek hi video me mil jaayega .....😅😅😅
39:07 x is length right? how’d u do x/t = v? postion/time is velocity. can someone explain pls
Hey, I guess you got confused. X is taken as the displacement of the particle in terms of this equation, so technically displacement/time gives you velocity. And position by time gives you speed, whereas we are taking about velocity in here, being particular about the direction of collision and stuff. Hope this helps🙃
tysmmm I’m so dumb@@kusumithab.s1114
@@dami4991no bro it's just you didn't get it in first time
Sir brownian motion is also in the syllabus? Just wanted to know
40:50 because it only applies for velocity in 'x' direction
Brilliant teacher.. Hats off to you sir ji 🌹🌹🌹🌹🌹🌹🌹🌹🌹🌹🌹🌹
22:47 no of relation is 2 for linear and non linear (3) DOF : 6
Great explanation sir😊🎉
25:00 number of relationa of non- linear molecules :- 3
Sir apko ye English ka chapter aaj tak pata hai 👍🔥
Nelson Mandela 😊
Fighting for his country in which black people are pressed by white people....
1:07:25
For Triatomic ( linear ) : Cp = (7/2)R .
Cv = (9/2)R .
Gamma = 9/7 .
For Triatomic ( non-linear ) : Cp = (6/2)R .
Cv = (8/2)R .
Gamma = 8/6 .
sir i feel bless because u make study easy for me
13:38 nelson mandela - 10th ki yade taza kr di 14:22
Does this video conver all concept is this enough for exam
Yes
@@Anime_Center_Official_ Thanks Bhai par exam ho gaya, 😅ab 12 th shuru hogaya hai
Kesa hai video bros?@@Mufasa123ssa
40:48 kyonki velocity rms vali nhi h just ek direction i.e x vali hi h ...
Very useful for that person also who 1st time read this chapter, sir I appericiate you for making this awesome video, thank you
24:49 degree of freedom for non Linear molecules is #3❤
Bhai log chai pani lao bade log aaye h comments padhne 😅😂
💀💀
22:45 = No of Relation is 2
24:50= No of Relation is 3
Dil se 2 hrs main concept clear😋
Legends are watching only one short 1 day before exam.😅
Samaj me to abhi sab aa jata hai but exam time me kuch yad nahi ata😔😮💨
Thank you sir 🙏for this lecture
1:15:29 thank you sir l like your explanation
Thank you for this lecture..
Answers:
22:35 - 2 Relations between CO2
24:57 - 3 Relations between O3 (guessing not sure)
Excellent explaination sir...thank you so much sir 🥰🥰❤️
1:06 - y for linear= 9/7
y for non linear = 4/3
waves, gravitation and fluids please
Gravitation has been already uploaded.....!!
16:24 Aura-999999
16:21 ayo chill 💀
Lol😊
lol 😊💝🌸
22:52
Answer - number of relations are 2
Watching this just 2 months before exams ❤❤
Oooo
How?? Exam Feb me h
i m also wathing
Thank You sir for this amazing lecture
hiii
@@hypexx4808 Yes>
22:46 No. Of relation=2 CO²
abe yaar paper toh ho gya
funfact - iss chapter ma sa ek bhi quesaton nhi aaya 🤣
acha hua ya video pehle nhi aaya 🤣🤣
Degree of freedom of triatomic linear is 5 not 7 ?
Thanks so much sir for ur efforts to make it easy for us to understand ❤❤🙏🙏
43:20 sir i have a doubt here... can we simply learn the formula (end result of the derivation) or we have to learn the derivation.... 😢
Please reply as soon as possible...
Depend on ur school
2025 waale attendance dedo 😂👍
40:44 sir i think due to vx the formula is not that much accurate
2024-25 wale attendance lagaye 😅
👇
21:27 - Legendary Hyyyyyybridization is Back
Yr kyo bhori jana
22:24 Ram mandir
JAI SHREE RAM
😂
jay shree ram
@@Atheist-ii9jmya hua be mc
18:33 sir personal ho rahe hai😅😅
12:28 No Muslim was harmed💀😂!!
😂
Nhi samjha 😑
Time 22 : 44
There are "2" no. of relation 👍
Sir with due respect and regards if you will put some light on 50-30,over there is an eqns and where you are multiplying and dividing L.H.S by 2 but frpm R.H.S side you are keeping it as it is,therefore breaking the LAW OF MATHEMATICS (i.e) in an eqns if you have to multiple or divide anything you can do that go but the condition is it should be done from the both side.I hope you will reply.
Same doubt
Multiply 3/2 both sides and check the answer thank me later
multiplying and dividing by 2 on LHS is simply multiplying by 1 (as 2/2=1) and multiplying anything by 1 gives that number only, so there was no need of multiplying anything to RHS
That relationship was personal 😅😅😂😂😂😂😂😂
😢😢 16:13
Single ho tum log 😢😂