Timings : 00:00 - Introduction 03:35 - Meaning of Thermodynamics 05:50 - System & Types , Surrounding 15:10 - Macroscopic properties -} Extensive / Intensive 22:20 - Types of Thermod. Processes 41:15 - Internal Energy 49:35 - Change in internal energy by Heat 59:30 - Change in internal energy by Workings 1:08:50 - pressure-volume work 1:22:50 - 1st law of thermodynamics 1:29:10 - Enthalpy 1:33:20 - Specific heat 1:39:40 - Hess's Law Please give a like it takes nothing
🎯 Key Takeaways for quick navigation: 00:27 🌡️ *Introduction to Thermodynamics* - Overview of thermodynamics concepts and applications, - Importance of understanding heat transfer and its practical implications, - Link between thermodynamics, chemistry, and physics. 01:38 🔥 *Significance of Thermodynamics in Chemistry and Physics* - Explanation of thermodynamics relevance in chemistry and physics, - Overlapping topics between thermodynamics chapters, - Emphasis on its importance for fundamental concepts in both fields. 03:13 📚 *Understanding Thermodynamics as a New Branch of Study* - Highlighting thermodynamics as a distinct branch of study, - Comparison with previously studied chemistry concepts, - Recognition of its significance in bridging chemistry and physics. 04:19 ❄️ *Basics of Heat Transfer and Temperature* - Explanation of heat flow and its conversion into energy forms, - Practical example of temperature effects, - Illustration of thermodynamics in everyday scenarios. 04:49 🌡️ *Introduction to Thermodynamics and Basic Concepts* - Introduction to thermodynamics and basic concepts, - Explanation of energy conversion relevance, - Definition and breakdown of "thermodynamics." 05:48 🧊 *Understanding Thermodynamic Systems* - Explanation of thermodynamic systems and types, - Illustration of system characteristics, - Examples differentiating system types. 07:33 🔄 *Types of Thermodynamic Systems* - Explanation of open, closed, and isolated systems, - Understanding system behaviors, - Examples demonstrating system operations. 09:47 🔥 *Problem-solving analogy: Tea and ghee container scenario* - Using analogies to illustrate problem-solving, - Emphasis on resource value and strategic thinking, - Importance of maximizing value and minimizing waste. 11:19 🧠 *Understanding open and closed systems* - Explains open and closed systems using examples, - Highlights system matter-energy exchange, - Demonstrates practical applications. 13:08 ⚙️ *Introduction to isolated systems* - Defines isolated systems and challenges, - Discusses practical isolation, - Illustrates with examples. 14:49 🧊 *Isolated Systems and Microscopic Properties* - Systems isolated from surroundings exhibit no interaction, - Study of microscopic properties, - Properties depend on substance amount. 16:07 🔥 *Intensive and Extensive Properties* - Explanation of intensive and extensive properties, - Characteristics and constancy, - Significance in substance quantity changes. 18:00 🌡️ *Partitioning and Temperature Distribution* - Partitioning does not affect temperature distribution, - Consistency in temperature with partitioning, - Illustration of intensive property. 20:19 🌡️ *Introduction to Thermodynamics Basics* - Thermodynamics concepts beyond 11th class, - Crucial variables for studying thermodynamics, - Introduction of internal energy and enthalpy. 21:43 📚 *Overview of Thermodynamic Processes* - Explanation of thermodynamic process types, - Adiabatic process characteristics, - Understanding isolation and heat exchange. 24:35 ⚙️ *Adiabatic Processes and System Isolation* - Adiabatic process definition, - Practical isolation challenges, - Examples like thermos flasks. 26:15 🧊 *Thermodynamics concepts: Thermos flask demonstration* - Demonstrating thermos flask insulation, - Explanation of isolated systems and adiabatic processes. 28:15 🌡️ *Temperature and state changes* - Temperature consistency during state changes, - Introduction of latent heat, - Understanding constant temperature during phase transitions. 30:12 🔥 *Thermodynamic processes: Isochoric process* - Isochoric process definition and significance, - Constant volume explanation, - Temperature-volume relationship. 31:14 🌡️ *Heating and Pressure in Gas Containers* - Heating effect on gas pressure, - Isochoric processes maintain pressure, - Reversible processes importance. 32:37 ♻️ *Reversible vs. Irreversible Processes* - Reversible processes reversibility and examples, - Irreversible processes and energy expenditure, - Illustration with rechargeable batteries. 34:27 ⚡ *Reversible and Irreversible Processes in Chemical Reactions* - Chemical reactions reversibility, - Rechargeable batteries example, - Analogies for understanding. 36:05 🔄 *Reversible and Irreversible Processes* - Reversible vs. irreversible processes, - Milk to yogurt example, - Cyclical processes explanation. 37:15 🔄 *Understanding Cyclical Processes* - Cyclical processes characteristics, - Comparison with reversible processes, - Energy conservation in cyclical processes. 40:31 ⚡ *Internal Energy and Change* - Internal energy definition and change, - Significance in energy transformation. 42:17 🧪 *Internal Energy and Changes in Internal Energy* - Internal energy representation and change, - Practical examples like water container
imings : 00:00 - Introduction 03:35 - Meaning of Thermodynamics 05:50 - System & Types , Surrounding 15:10 - Macroscopic properties -} Extensive / Intensive 22:20 - Types of Thermod. Processes 41:15 - Internal Energy 49:35 - Change in internal energy by Heat 59:30 - Change in internal energy by Workings 1:08:50 - pressure-volume work 1:22:50 - 1st law of thermodynamics 1:29:10 - Enthalpy 1:33:20 - Specific heat 1:39:40 - Hess's Law Please give a like it takes nothing
Sir Padhai se wiswas uth gya tha sir laga ki mujhe koi nii Padha sakta Mgr sir jab se apki video dekhna suru Kiya Hai tab se confidence level high ho gya hai ..... love u sir so much ❤️ 💓
00:03 Thermodynamics-1 One Shot Lecture for 11th Class 02:24 Thermodynamics is the study of energy transfer and motion 06:54 The types of systems discussed in thermodynamics are open, closed, and isolated systems. 09:04 Having an open system allows both mass and energy to enter and exit 13:31 Thermos flask can prevent energy transfer to some extent 15:31 Volume and mass are extension properties while melting and boiling points are intensive properties. 20:11 Thermodynamics is an intensive property. 22:15 Adiabatic process involves no exchange of heat energy between the system and the surroundings. 27:03 Thermos flask loses heat when placed on gas or in a fridge 29:09 Isochoric process involves keeping the volume constant. 33:20 Reversible processes allow for changes to be reversed. 35:16 Reversible process is different from cyclic process. 40:01 Internal energy is a definite quantity of energy that depends on factors such as chemical nature, temperature, and pressure. 42:29 Internal energy cannot be calculated or possessed, but its change can occur 47:24 Internal energy change can happen through heat and work 49:33 Heat is a form of energy that travels. 55:10 Internal energy of a system can increase or decrease based on energy exchange with surroundings. 57:42 Internal energy can be positive or negative based on the heat absorbed or lost. 1:03:03 Work done by the system reduces the internal energy. 1:05:58 The video covers the topics of work on the system and work done by the system in thermodynamics. 1:11:17 The formula for pressure involves area and change in volume. 1:13:41 Understanding the formula for work done in isothermal processes 1:18:05 Integrating the equation for thermodynamics using the rule of logarithmic integration. 1:20:41 Thermodynamics-1 One Shot Lecture for 11th Class with Ashu sir | Science and Fun 11th 12th 1:26:40 Conversion of formulas and the First Law of Thermodynamics 1:28:54 Enthalpy is the energy of a substance and is represented in standard conditions 1:33:26 Standard enthalpy of formation is important for understanding the law and Hess Law. 1:35:52 Balancing reactions using standard elements 1:40:55 The enthalpy change during a reaction is independent of the path taken 1:43:36 Thermodynamics is a branch of science that deals with the energy transfer and conversion Crafted by Merlin AI.
Timings : 00:00 - Introduction 03:35 - Meaning of Thermodynamics 05:50 - System & Types , Surrounding 15:10 - Macroscopic properties -} Extensive / Intensive 22:20 - Types of Thermod. Processes 41:15 - Internal Energy 49:35 - Change in internal energy by Heat 59:30 - Change in internal energy by Workings 1:08:50 - pressure-volume work 1:22:50 - 1st law of thermodynamics 1:29:10 - Enthalpy 1:33:20 - Specific heat 1:39:40 - Hess's Law
Timings : 00:00 - Introduction 03:35 - Meaning of Thermodynamics 05:50 - System & Types , Surrounding 15:10 - Macroscopic properties -} Extensive / Intensive 22:20 - Types of Thermod. Processes 41:15 - Internal Energy 49:35 - Change in internal energy by Heat 59:30 - Change in internal energy by Workings 1:08:50 - pressure-volume work 1:22:50 - 1st law of thermodynamics 1:29:10 - Enthalpy 1:33:20 - Specific heat 1:39:40 - Hess's Law (❁´◡`❁)(
55:46 decrease hogi kyuki internal energy sum of all energy but temperature difference ki wajah se system se energy surrounding ki taraf jayega jisse ki internal energy decrease hogi
Topics not covered in this video :- * Free Expansion * Heat Capacity * Relation between Cp and Cv for an ideal gas. * Measurement of ∆U and ∆H: Calorimetry * Standard enthalpy of vapourization * Standard enthalpy of fusion * Standard enthalpy of sublimation * Standard enthalpy of combustion * Standard enthalpy of atomization * Bond enthalpy * Lattice enthalpy * Enthalpy of dilution * Second Law of Thermodynamics * Third Law of Thermodynamics * Gibbs energy change and Equilibrium All these topics are in the new book, You ignored all these important marks scoring topics just to shorten the video. 😢
Nahi ham aisa nahi kar sakte kyunki hme confirm nhi h ki container Cuboidal hi h . Dikhne mei is case mei ye container Cylinderical lag rha , But as we know ki Volume = Base Area X Height so, ye direct apply ho sakta h, na ki Area = l*b
55:51 : System ka temperature jyada hai aur Surrounding ka usse Kam to .... System energy lose karega .... Aur agar surrounding ka jyada hai to ...... System gain karega energy in the form of heat
honest review sir you still need to work a lot in delivering best content. in lec 2 you are using del u =del h - del n rt and saying you taught it in lec 1 but you never taught that in lec 1. guys study from other teacher, he is good in doing experiment only.
55:42 Internal energy decrease because internal energy is coming out of the system....Am I Right sir? Thank you so much Sir for this amazing lecture....You are best teacher for chemistry....
55:50 sir system's energy will decrease Explanation : T1 > T2 so heat will travel form T1 to T2 so Temperature of the system decreases which results in decrease in change in internal energy of the system
Dowload PDF : t.me/scienceandfun11th12th/12
sir next part jaldiiii lao plss
28 ko exam hai
pls sir
@@meenameena291 numerical NCERT bale lga lo
@@Aspirant1907 thanks but ho nhi rhe na 😢
Sir please part 2 jaldi
And next redox reaction
Timings :
00:00 - Introduction
03:35 - Meaning of Thermodynamics
05:50 - System & Types , Surrounding
15:10 - Macroscopic properties -} Extensive / Intensive
22:20 - Types of Thermod. Processes
41:15 - Internal Energy
49:35 - Change in internal energy by Heat
59:30 - Change in internal energy by Workings
1:08:50 - pressure-volume work
1:22:50 - 1st law of thermodynamics
1:29:10 - Enthalpy
1:33:20 - Specific heat
1:39:40 - Hess's Law
Please give a like it takes nothing
Thankyou broo
Brooo
Thanks brother
Sukriya dost
Thanks Bhai ❤❤
Respect for those ultra legends who is here in December 💀
Real bro☠️
Bro tomorrow is my exam☠️
Kiya exam bro @@VINAYYT89
😂
@@VINAYYT89 kitne chapter ayenge bhai☠️?
SUCCESSFULLY STARTING CHEMISTRY FROM TODAY
FINALLY 11TH STARTED
😮😂😂 same here
We are starting at the end of the year 😂😂
khecho khecho sylabbus khatham kar h exam se phele🤣🤣🤣
Us bhaiyon us🗿😂
Iske pehle ke chps done??
8:24 December m dekhne wale present lagay 😂😂 30:25
🎯 Key Takeaways for quick navigation:
00:27 🌡️ *Introduction to Thermodynamics*
- Overview of thermodynamics concepts and applications,
- Importance of understanding heat transfer and its practical implications,
- Link between thermodynamics, chemistry, and physics.
01:38 🔥 *Significance of Thermodynamics in Chemistry and Physics*
- Explanation of thermodynamics relevance in chemistry and physics,
- Overlapping topics between thermodynamics chapters,
- Emphasis on its importance for fundamental concepts in both fields.
03:13 📚 *Understanding Thermodynamics as a New Branch of Study*
- Highlighting thermodynamics as a distinct branch of study,
- Comparison with previously studied chemistry concepts,
- Recognition of its significance in bridging chemistry and physics.
04:19 ❄️ *Basics of Heat Transfer and Temperature*
- Explanation of heat flow and its conversion into energy forms,
- Practical example of temperature effects,
- Illustration of thermodynamics in everyday scenarios.
04:49 🌡️ *Introduction to Thermodynamics and Basic Concepts*
- Introduction to thermodynamics and basic concepts,
- Explanation of energy conversion relevance,
- Definition and breakdown of "thermodynamics."
05:48 🧊 *Understanding Thermodynamic Systems*
- Explanation of thermodynamic systems and types,
- Illustration of system characteristics,
- Examples differentiating system types.
07:33 🔄 *Types of Thermodynamic Systems*
- Explanation of open, closed, and isolated systems,
- Understanding system behaviors,
- Examples demonstrating system operations.
09:47 🔥 *Problem-solving analogy: Tea and ghee container scenario*
- Using analogies to illustrate problem-solving,
- Emphasis on resource value and strategic thinking,
- Importance of maximizing value and minimizing waste.
11:19 🧠 *Understanding open and closed systems*
- Explains open and closed systems using examples,
- Highlights system matter-energy exchange,
- Demonstrates practical applications.
13:08 ⚙️ *Introduction to isolated systems*
- Defines isolated systems and challenges,
- Discusses practical isolation,
- Illustrates with examples.
14:49 🧊 *Isolated Systems and Microscopic Properties*
- Systems isolated from surroundings exhibit no interaction,
- Study of microscopic properties,
- Properties depend on substance amount.
16:07 🔥 *Intensive and Extensive Properties*
- Explanation of intensive and extensive properties,
- Characteristics and constancy,
- Significance in substance quantity changes.
18:00 🌡️ *Partitioning and Temperature Distribution*
- Partitioning does not affect temperature distribution,
- Consistency in temperature with partitioning,
- Illustration of intensive property.
20:19 🌡️ *Introduction to Thermodynamics Basics*
- Thermodynamics concepts beyond 11th class,
- Crucial variables for studying thermodynamics,
- Introduction of internal energy and enthalpy.
21:43 📚 *Overview of Thermodynamic Processes*
- Explanation of thermodynamic process types,
- Adiabatic process characteristics,
- Understanding isolation and heat exchange.
24:35 ⚙️ *Adiabatic Processes and System Isolation*
- Adiabatic process definition,
- Practical isolation challenges,
- Examples like thermos flasks.
26:15 🧊 *Thermodynamics concepts: Thermos flask demonstration*
- Demonstrating thermos flask insulation,
- Explanation of isolated systems and adiabatic processes.
28:15 🌡️ *Temperature and state changes*
- Temperature consistency during state changes,
- Introduction of latent heat,
- Understanding constant temperature during phase transitions.
30:12 🔥 *Thermodynamic processes: Isochoric process*
- Isochoric process definition and significance,
- Constant volume explanation,
- Temperature-volume relationship.
31:14 🌡️ *Heating and Pressure in Gas Containers*
- Heating effect on gas pressure,
- Isochoric processes maintain pressure,
- Reversible processes importance.
32:37 ♻️ *Reversible vs. Irreversible Processes*
- Reversible processes reversibility and examples,
- Irreversible processes and energy expenditure,
- Illustration with rechargeable batteries.
34:27 ⚡ *Reversible and Irreversible Processes in Chemical Reactions*
- Chemical reactions reversibility,
- Rechargeable batteries example,
- Analogies for understanding.
36:05 🔄 *Reversible and Irreversible Processes*
- Reversible vs. irreversible processes,
- Milk to yogurt example,
- Cyclical processes explanation.
37:15 🔄 *Understanding Cyclical Processes*
- Cyclical processes characteristics,
- Comparison with reversible processes,
- Energy conservation in cyclical processes.
40:31 ⚡ *Internal Energy and Change*
- Internal energy definition and change,
- Significance in energy transformation.
42:17 🧪 *Internal Energy and Changes in Internal Energy*
- Internal energy representation and change,
- Practical examples like water container
Good work but wheres da rest?
2:6
How you are so much free
Hats off bro👍
We Want These Kinds Of Teachers to Make Study Easy
imings :
00:00 - Introduction
03:35 - Meaning of Thermodynamics
05:50 - System & Types , Surrounding
15:10 - Macroscopic properties -} Extensive / Intensive
22:20 - Types of Thermod. Processes
41:15 - Internal Energy
49:35 - Change in internal energy by Heat
59:30 - Change in internal energy by Workings
1:08:50 - pressure-volume work
1:22:50 - 1st law of thermodynamics
1:29:10 - Enthalpy
1:33:20 - Specific heat
1:39:40 - Hess's Law
Please give a like it takes nothing
Ye chemistry ka thermodynamics hai ya physics ka 😂
11th ka @@rajnigavel8139
@@rajnigavel8139 chemistry ka
Chemistry
Copied
Sir Padhai se wiswas uth gya tha sir laga ki mujhe koi nii Padha sakta Mgr sir jab se apki video dekhna suru Kiya Hai tab se confidence level high ho gya hai ..... love u sir so much ❤️ 💓
55:47 system energy will decrease due to loss of the heat
58:44 heat is +ve
1:12:15 volume
1:36:51 C, H, O
Bro yeh physics ka ch hai ya chemistry ka ch hai
@@jaythevlogger2334chemistry
55:54 decrease in internal energy
58:43 positive
1:12:14 volume or dv
School me kuch Samaj nhi aya 🤔.... to sir ka video dekh leta hun🧐...if your situation is same with me... Attendance here😂
Same bro
School me to sirf nind aati h jab teacher padhate h 😅 isliye yaha vdo dekh rhe😂
55:51 system energy will decrease
58:44 positive
1:12:20 change in volume
1:36:53 C+ 2H2+ 1/2O2
Thank you
The way sir got stopped after saying (Kuch bhi hila lo) is next level 😆😆
Merko lgaa bus maina hi suna ya 😂😂🙆
Time lapse ???
@@akshaykumarthakur7677 12:25😂🤣❤️
😂😂
🤣🤣
00:03 Thermodynamics-1 One Shot Lecture for 11th Class
02:24 Thermodynamics is the study of energy transfer and motion
06:54 The types of systems discussed in thermodynamics are open, closed, and isolated systems.
09:04 Having an open system allows both mass and energy to enter and exit
13:31 Thermos flask can prevent energy transfer to some extent
15:31 Volume and mass are extension properties while melting and boiling points are intensive properties.
20:11 Thermodynamics is an intensive property.
22:15 Adiabatic process involves no exchange of heat energy between the system and the surroundings.
27:03 Thermos flask loses heat when placed on gas or in a fridge
29:09 Isochoric process involves keeping the volume constant.
33:20 Reversible processes allow for changes to be reversed.
35:16 Reversible process is different from cyclic process.
40:01 Internal energy is a definite quantity of energy that depends on factors such as chemical nature, temperature, and pressure.
42:29 Internal energy cannot be calculated or possessed, but its change can occur
47:24 Internal energy change can happen through heat and work
49:33 Heat is a form of energy that travels.
55:10 Internal energy of a system can increase or decrease based on energy exchange with surroundings.
57:42 Internal energy can be positive or negative based on the heat absorbed or lost.
1:03:03 Work done by the system reduces the internal energy.
1:05:58 The video covers the topics of work on the system and work done by the system in thermodynamics.
1:11:17 The formula for pressure involves area and change in volume.
1:13:41 Understanding the formula for work done in isothermal processes
1:18:05 Integrating the equation for thermodynamics using the rule of logarithmic integration.
1:20:41 Thermodynamics-1 One Shot Lecture for 11th Class with Ashu sir | Science and Fun 11th 12th
1:26:40 Conversion of formulas and the First Law of Thermodynamics
1:28:54 Enthalpy is the energy of a substance and is represented in standard conditions
1:33:26 Standard enthalpy of formation is important for understanding the law and Hess Law.
1:35:52 Balancing reactions using standard elements
1:40:55 The enthalpy change during a reaction is independent of the path taken
1:43:36 Thermodynamics is a branch of science that deals with the energy transfer and conversion
Crafted by Merlin AI.
09:3
56:18 decrease in internal energy
57:14 increase in internal energy
59:11 +ve
1:12:14 volume
1:36:50= C,H,O
Negative
Positive
Positive
Is it Physics' Thermodynamics Or Chemistry's Thermodynamics????
@@Infinix2005-z1x chemsitry
56:00 decrease
58:52 positive
1:37:16 c + H + o
Timings :
00:00 - Introduction
03:35 - Meaning of Thermodynamics
05:50 - System & Types , Surrounding
15:10 - Macroscopic properties -} Extensive / Intensive
22:20 - Types of Thermod. Processes
41:15 - Internal Energy
49:35 - Change in internal energy by Heat
59:30 - Change in internal energy by Workings
1:08:50 - pressure-volume work
1:22:50 - 1st law of thermodynamics
1:29:10 - Enthalpy
1:33:20 - Specific heat
1:39:40 - Hess's Law
Bhai padh le in sab cheejo me Kuch nahi rakha
Fantastic work 👌...
❤ Nice work bro..
U saved my time
Koi dec m dhekh rha h meri taraha
Yep me 😂😂
Ya me
Yes bro 😊
Mein hu na bhai
Ma
sir's reaction 12:27 "kuch bhi hila lo" 🤣🤣
🌝🌝🤣🤣
I was looking for this comment 😅
Salo hot ke bad coffee lika hee
55:22 decrease
Sir is more genz than us😂 in terms of dark jokes😂
U r right 😂
taniya u use insta ?👽👻
True 😂😂
Bhai ye chemistry hai ya physics
@@ultra.gamerz99chem
55:54 I.E. DECREASE
58:42 q +
1:12:14 volume
1:36:47 C+2H2 +HALF O==CH3OH
Oneday ...ap vi physics walah ki trh.. famous hoyenge ...❤🎉 😊
55:55 decrease
58:42 positive
1:12:12 volume
1:36:52 graphite + 1/2 O2 + 2 H2
after doing both the lecture i am just feeling like a wow........
after attempting mains questions you will be like how
😂😂
@@ishanchilwal7672 good one😁😁😁
1:36:52 carbon oxygen hydrogen
1:12:19 answer:- Area × length is volume Because Volume is L³ & area is L² & when we multiply it by another L we get L³ that is volume.
Thanks brother I was thinking about it 🙏
55:55 internal energy will decrease
56:55 internal energy will increase
58:41 q=+ve because ice is gaining heat to melt itself to water
Who's watching in December 😂😂 welcome legends
😂me
Timings :
00:00 - Introduction
03:35 - Meaning of Thermodynamics
05:50 - System & Types , Surrounding
15:10 - Macroscopic properties -} Extensive / Intensive
22:20 - Types of Thermod. Processes
41:15 - Internal Energy
49:35 - Change in internal energy by Heat
59:30 - Change in internal energy by Workings
1:08:50 - pressure-volume work
1:22:50 - 1st law of thermodynamics
1:29:10 - Enthalpy
1:33:20 - Specific heat
1:39:40 - Hess's Law
(❁´◡`❁)(
55:16 the internal energy will decrease because heat will travel from system to surrounding (higher temperature to lower temperature)
Koi November ka h 😂😂
Hi buddy 😂
Ha i the great 👍😃
Yupp !! Bro
🙋♂️
Yaa I am here😂
12:25
That moment is literally so funny! 😂
litrally🤣
Kuch bhi hila lo🤣🤭
🤣
Hmm😂
Delivered Good content in short time🔥🤩
Thank you Sir✨🤞
55:42 internal energy decreases
59:38 positive
58:38 positive
explanation : since ice melts it takes energy from the surrounding in the form of heat so heat is positive
Thanks & Regards
12:25
Sir's concepts are more crystal clear... 😆
🤣🤣 yes bro!
😂😂
Sir be like mai toh concept clear kar raha tha 😂
Tomorrow is my exam and first time doing this chapter 😅
@@misbanoor314 for me it was so hard..
Same broo
Who started from December
😌
😅
Sir amazing content…I have cleared my 12th….bt still watching just to revise some basics…I wish it was available at my time also❤❤❤❤
So where are you currently studying in which college?
Bro it is helpful in future studies please let's tell me
Can we see this if we are preparing for jee?
@@Akshra-gf6gh this sir concept is good but he miss some important or other topic which are basic
@@SandeepKumar-mv2kd oh ok thanks for telling
54:00 ie decrease
57:00 ie increase
58:23 heat - I've in cup
58:23 Heat + I've in patila at stove😅
59:00 heat + I've in case of ice
59:00 (C)+(H)+(O)
55:50 internal energy decrease
58:42 +ve
1:12:10 volume
55:56 interfnal energy will increase
1:27:57 😂
Koi baat nahi sir hum dono video dekh linge isme humara hi fyda h...😊
55:48 - Internal energy of system decreases
1:12:19 - ∆V
sir 9th class mat yad dilaya kro maine nhi padhi lockdown mein
Kya hai bee
ek kaam kr padhai chodd de kuch yaad nhi Ayega 😅
Really same my condition
Same 😭😭😭
Yaha like karna valoke sabki same ha yaar
58:43 positive
Hlo bro
55:46 decrease hogi kyuki internal energy sum of all energy but temperature difference ki wajah se system se energy surrounding ki taraf jayega jisse ki internal energy decrease hogi
Pura youtube dekh liya lekin kisi dusre teacher me wo dum nhi ki mujhe chemistry samjha sake....finally ashu sir hi kaam aaye😁
Best funny point 😂 is kuch bhi hilla lo
After studying from physics wallah I came here and trust me guys this lecture is worth it ❤
Kya ye one- shot full chapter cover hai??
@@Amitcomes Haan ji🤝
@@tbelloie. Ok Bhai thank you...
JEE wale bhi dekh sakte hai kya
@@manvijain1806 naa I guess
sir, it was really very helpful for me and I think for all the students...Thank You sir for being there for us...🙇♀
👍
True
Topics not covered in this video :-
* Free Expansion
* Heat Capacity
* Relation between Cp and Cv for an ideal gas.
* Measurement of ∆U and ∆H: Calorimetry
* Standard enthalpy of vapourization
* Standard enthalpy of fusion
* Standard enthalpy of sublimation
* Standard enthalpy of combustion
* Standard enthalpy of atomization
* Bond enthalpy
* Lattice enthalpy
* Enthalpy of dilution
* Second Law of Thermodynamics
* Third Law of Thermodynamics
* Gibbs energy change and Equilibrium
All these topics are in the new book, You ignored all these important marks scoring topics just to shorten the video. 😢
Part 2 mai bhi nhi h kya
2:34 to chaliye suru karte hain..... Epic
55:59 change in internal energy
O bhai chemistry exam ara hai jaldi jaldi se one shot dekh k pas ho jata hu
Koi dec. Ka hai 😊
Hmm bhai
decrease 55:55
positive 58:42
v 1:12:20
C + H2 + O2 1:36:46
1:12:18 we can write Area as l*b and Δx as h,now we have formula of volume which is l*b*h.Therefore we have ΔVolume (ΔV).
Nahi ham aisa nahi kar sakte kyunki hme confirm nhi h ki container Cuboidal hi h . Dikhne mei is case mei ye container Cylinderical lag rha , But as we know ki Volume = Base Area X Height so, ye direct apply ho sakta h, na ki Area = l*b
55:46 decrease in internal energy
56:56 increase in internal energy
58:40 increase in internal energy
55:47 : internal energy of system will decrease as heat is flowing from T2 to T1
1:12:23
Area x Height = Volume
intro had me hooked, THIS IS HOW we were supposed to be taught, love u sir
12:22 best part of the video😂
Sir you're the best teacher I ever see....
55:47 internal energy will decrease
58:40 heat will gain by the system +ve
55:52 internal energy decrease..👍
Hii
❤
❤
55:56 internal energy decrease
58:50 intrenal energy decrease
1:36:56 carbon hydeogen and alcohol
55:27 Decrease in internal energy
58:42 positive
Such A Nice Explanation Sir
Thank You So Much ❤
Ashu sir you are the best Teacher in physics and chemistry 😎😎😎😎😎😎
He is best in bio also❤❤❤❤
Awesome lecture sir 😊
Kon kon November ma dhk rha h ye chapter 😂
Mai to pW ke paid batch se aaya hu😊
Very nice explanation sir❤
God bless you ❤❤🎉
😊
Sme boss
school exams ke liye enough hai??
"Le la teri le legi tu likh kar lele "😂😂😂 12:35
(My preparatory holidays started from Dec6) Watching this video on Dec8 and my exam is on Dec10 😂
Who started from October 😂😂😂
🙋♂️
Hey bro...
I'm started from November 😎😎😎😎
Nov bro❤😂
Hum mahan log hai.
Nov.😂
Anyone watching one day before exam?
One night before exam 😂
Kitno ne padhai abhi shuru karni hea 2023-24batch
Bro Maine tho abhi sirf strt ki hai 🤣😂
55:48 The Energy of the System will decrease
55:48 Positive
1:12:25 Delta V
56:00 sir system ki energy decrease hogi
Viewers may also visit 'Learner's Console ' for this chapter too 🙏
55:55 decrease
56:54 increase
58:42 positive
55:45 internal energy of the system decrease as T1>T2 and hear moves from higher temperature to lower temperature.
I think so.
55:51 : System ka temperature jyada hai aur Surrounding ka usse Kam to .... System energy lose karega .... Aur agar surrounding ka jyada hai to ...... System gain karega energy in the form of heat
12:16 Hilla lo time
Work done by the system= +ve
Work done on the system= -ve 1:02:36
Kon kon sir ki videos hmesha 2x par dekhta hai 😂.....sir bauht slow bolte hain
hna yaar same problem mein bhi face karta hun. but padhate bahut mast h😂
Sir mujhe aapki padhai bahot achhe se smjh aa rhi h😊 , thank you sir ji❤
12:40 kuch bhi hilalo 😂
😂
Koi December 2024 ko dekh rha h
Mere trah
Ashu sir on top
honest review
sir you still need to work a lot in delivering best content. in lec 2 you are using del u =del h - del n rt and saying you taught it in lec 1 but you never taught that in lec 1. guys study from other teacher, he is good in doing experiment only.
Bro koi channel recomend krde school ke layak .... Chemistry physics ke lie ....
@@Real.kartix bharat panchal
12:27 The most Important Topic of the whole lecture. Like so others can know
55:42 Internal energy decrease because internal energy is coming out of the system....Am I Right sir?
Thank you so much Sir for this amazing lecture....You are best teacher for chemistry....
Your answer is edited💀
sir part 2 jaldi lana😄, 14th se test hai school mai, 🥲
btw 1st lec bahot accha tha thank you for this amazing lecture.😍😍
38:00 mtlb sir reversible process DISPLACEMENT kr rha or cyclic process DISTANCE 😁😂
Nice
55:50 sir system's energy will decrease
Explanation : T1 > T2 so heat will travel form T1 to T2 so Temperature of the system decreases which results in decrease in change in internal energy of the system
Phicla class ❌ phicla jivan✅
Sir literally u r explanation is very easy to understand ❤️ thankyou sir
Tomorrow will be my test, and this lecture is really helping me to revise.
Same
Bhai yea chemistry h ky?
@@Iowwicked ha
Hahah manay padha yah physics ka thermodynamics and dusra lecture sa realise huwa ki yah toh chemistry ka hain...😅