Thermodynamics Class 11 Chemistry NCERT Chapter 5 One Shot | New NCERT CBSE | Full chapter

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1:06 Why study Thermodynamics 2:49 Macroscopic Vs Microscopic 4:55 Scope & Limitations:Thermodynamics 6:55 System & Surroundings 8:22 Types of System 10:11 Thermodynamic Process 12:12 State of System 13:21 State Vs. Path Function 16:01 Internal Energy(U) 20:01 Internal Energy Change By Work 23:34 Adiabatic Work 24:51 Internal Energy:By Heat 27:29 Internal Energy by Heat & Work 29:34 ΔU by Pressure Volume Work 31:24 Pressure Volume Work 37:45 Single Vs Gradual Change 39:37 Reversible vs. Irreversible process41:11 Pressure,Volume &Work :(Reversible Process) 45:13 Reversible & Irreversible.Expansion 47:22 Reversible Vs. Irreversible Process 48:22 Work done in Free Expansion of Gas 49:04 Free Expansion of Gas 50:04 Points to remember 50:57 Ist law Equation for isothermal reversible & irreversible changes 52:19 Example 56:11 Why Enthalpy 57:12 Enthalpy 59:46 ∆U & ∆H 1:00:40 Enthalpy:New formula(Gases) 1:03:10 Example :Enthalpy 1:06:17 Extensive & Intensive 1:08:11 Heat Capacity Vs.Specific heat 1:10:14 Reaction between Cp and Cv in an ideal gas 1:12:21 Heat Capacity vs Specific Heat 1:13:06 Reaction Enthalpy 1:17:35 Standard Enthalpy Reactions 1:18:53 ∆H during Phase Transformations 1:23:14 Enthalpy changes during phase transformations:Example 1:25:43 Standard.enthalpy of Formation 1:27:41 Standard molar enthalpy of formation vs. Standard Reaction enthalpy 1:31:36 Thermo-chemical equation 1:32:53 Thermo-chemical equation:Example 1:35:05 Hess's Law of constant heat summation 1:36:57 Standard Enthalpy Types 1:37:21 Standard enthalpy of Combustion 1:38:49 Standard enthalpy of Atomisation 1:40:32 Bond Enthalpy 1:41:30 Mean Bond Enthalpy1:44:10 Lattice Enthalpy 1:45:36 Born Haber cycle 1:46:21 Lattice enthalpy vs.Enthalpy of formation 1:49:54 Born haber Cycle 1:58:48 Dilution vs. Solution 2:00:09 Enthalpy of Solution 2:04:04 Enthalpy of Dilution 2:08:19 Spontaneity 2:10:15 What decides Spontaneity 2:14:04 Entropy 2:15:24 How to quantify Entropy? 2:18:09 Entropy of Reversible/Irreversible 2:19:56 Gibb's Energy & Spontaneity 2:22:02 2nd law of Thermodynamics 2:23:19 3rd law of Thermodynamics

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00:06 Introduction to Thermodynamics and its importance in studying energy conversions and effects on matter. 00:59 Thermodynamics is the branch of science that deals with heat, energy, and work. 03:01 Thermodynamics deals with energy changes in macroscopic systems 03:51 Discussion on Indian Economy at Macroscopic Level 05:29 Understanding the feasibility of reaching school during its closure. 06:16 Thermodynamics overview and reaction feasibility 08:08 Types of system in thermodynamics 08:59 Closed System vs. Open System in Thermodynamics 10:36 Different types of thermodynamic processes 11:34 Concept of an isolated system 13:21 State functions depend on the state of the system 14:13 Volume is independent of the substance filled in the system 15:57 Heat transfer depends on the path followed by matter. 16:50 Extensive property depends on the quantity of matter 18:32 Internal energy change can be positive or negative based on heat absorbed or released 19:24 Isothermal process involves constant temperature changes 21:04 Isolated system does not transfer heat but can transfer work 21:50 Understanding heat transfer and mechanical work in a system 23:25 Internal energy equals to work done 24:09 Understanding positive and negative work done on the system 25:55 Understanding heat transfer and internal energy change in a constant volume system 26:42 Understanding positive and negative q in thermodynamics 28:29 Internal energy in an isolated system 29:26 Understanding pressure-volume work in thermodynamics 31:03 Understanding the movement and pressure changes in the piston. 31:52 Understanding volume change due to piston movement 33:45 Understanding the concept of changes in volume and pressure in thermodynamics. 34:35 Understanding Delta V and Work Done on the System 36:19 Compression and expansion of gas lead to different work outcomes 37:13 Work done in pressure-volume changes 38:50 Discussing the discrete changes and using integration in the given situation. 39:39 Experiment with balloon and pin to demonstrate changes in volume and pressure 41:24 Understanding reversible work done with internal pressure of the system 42:25 Understanding the concept of internal and external pressure in thermodynamics. 45:53 Understanding reversible and irreversible processes 46:42 Understanding Reversible and Irreversible Processes 48:29 Expansion of a gas in vacuum 49:21 First Law of Thermodynamics equation: Δu = q + w 50:50 Internal energy remains constant for a constant temperature. 51:48 Calculation of q and w in reversible and irreversible changes 53:25 Understanding work done, heat absorbed, and first law of thermodynamics 54:19 Calculation of work done and final volume using initial and final volume values. 56:17 Talking about constant temperature and volume processes in thermodynamics. 57:09 Discussion on Enthalpy and Constant Pressure 59:52 उत्तलन द्वारा ओराइसें 1:00:44 Understanding gas reactions and gas stoichiometry 1:03:10 Calculation of molar enthalpy change for vaporization of water at standard conditions 1:04:02 Calculating internal energy change using expressions 1:05:54 The value of delta G is zero in this situation. 1:06:38 Understanding Extensive and Intensive Properties 1:08:18 Heat Capacity is the amount of heat required to raise the temperature of a given mass by one degree Celsius. 1:09:08 Specific heat capacity is the amount of heat required to raise the temperature of one unit mass of a substance by one degree. 1:10:49 Constant pressure is equal to the change in enthalpy 1:12:50 Introduction to Change in Internal Energy 1:14:27 Understanding how to calculate enthalpy and write enthalpy of reactions. 1:15:29 Calculate total enthalpy of product using enthalpy of reaction 1:17:20 Explaining standard enthalpy of reaction 1:18:19 Discussion on enthalpy and its notation 1:19:56 Standard state implies everything in standard state 1:20:43 Describes the positive delta E fusion process as an endothermic process. 1:22:28 Understanding Molecular Interactions during States Change 1:23:12 Understanding transformation in substances 1:25:07 Calculation of standard enthalpy of formation and internal energy change 1:25:56 Understanding enthalpy and reference states 1:27:37 Comparison of standard molar enthalpy of formation and standard reaction enthalpy 1:28:28 Understanding compound not ader compounds 1:30:02 Formation enthalpy and reaction enthalpy are different concepts 1:30:48 Understanding enthalpy of formation for elements in reference state 1:32:27 Understanding the concept of number of moles and molar quantities in thermodynamics equations. 1:33:25 Thermodynamic conditions for a balanced equation and reaction enthalpy. 1:35:07 Heat Laws of Thermodynamics are crucial for reaction calculations 1:36:01 Understanding reaction enthalpy in thermodynamics 1:37:38 Understanding heat release during combustion 1:38:35 Understanding oxidation of food and energy utilization in the body. 1:40:13 Discussion on enthalpy of atomization and diatomic molecules. 1:41:07 Enthalpy of atomization and bond dissociation enthalpy 1:42:41 Different situations require different energy expenditure 1:43:28 Explanation of breaking chemical bonds and bond enthalpy calculation 1:45:28 Understanding the importance of Born-Haber Cycle 1:46:16 Understanding the difference between Latent Heat and Enthalpy of Formation 1:48:13 Understanding Enthalpy of Formation 1:49:26 Understanding the Standard Enthalpy of Formation 1:52:19 Formation of positive sodium ion through ionization enthalpy 1:53:07 Understanding the atomization of Chlorine molecule for gaseous state. 1:54:44 Disassociation energy determines positive or negative bond dissociation 1:56:03 Understanding the concept of enthalpy and its different forms. 1:57:43 Understanding solubility and dilution in solution processes 1:59:30 Understanding the concept of dilution in solutions 2:01:35 Enthalpy of solution in water and formation of gas phase 2:03:23 Salts with high lattice enthalpy do not dissolve easily in solvent. 2:06:09 Understanding Enthalpy of Dilution in Thermodynamics 2:07:03 Understanding the concept of enthalpy of dilution 2:08:31 Expansion and contraction occur on their own in gases 2:09:22 Spontaneous processes are irreversible in nature. 2:11:02 Exothermic reactions show positive change in enthalpy 2:11:57 Understanding spontaneity in chemical processes 2:13:37 Introducing the next topic: Entropy 2:14:39 Entropy is directly related to disorder 2:16:20 Understanding entropy in different systems 2:17:16 Glucose provided instant energy boost due to lack of food intake 2:19:00 Increase in entropy leads to increase in enthalpy and that is why? 2:19:49 Thermodynamics defines spontaneity using Gibbs function 2:21:46 Understanding the spontaneity of a process through Gibbs function 2:22:33 Entropy always increases in irreversible processes 2:24:19 Free NEET and JEE complete course available on KZbin with live classes 2:25:16 Concepts of Thermodynamics explained clearly

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Time stamps 🎉 1:06​ Why study Thermodynamics 2:49​ Macroscopic Vs Microscopic 4:55​ Scope & Limitations:Thermodynamics 6:55​ System & Surroundings 8:22​ Types of System 10:11​ Thermodynamic Process 12:12​ State of System 13:21​ State Vs. Path Function 16:01​ Internal Energy(U) 20:01​ Internal Energy Change By Work 23:34​ Adiabatic Work 24:51​ Internal Energy:By Heat 27:29​ Internal Energy by Heat & Work 29:34​ ΔU by Pressure Volume Work 31:24​ Pressure Volume Work 37:45​ Single Vs Gradual Change 39:37​ Reversible vs. Irreversible process 41:11​ Pressure,Volume &Work :(Reversible Process) 45:13​ Reversible & Irreversible.Expansion 47:22​ Reversible Vs. Irreversible Process 48:22​ Work done in Free Expansion of Gas 49:04​ Free Expansion of Gas 50:04​ Points to remember 50:57​ Ist law Equation for isothermal reversible & irreversible changes 52:19​ Example 56:11​ Why Enthalpy 57:12​ Enthalpy 59:46​ ∆U & ∆H 1:00:40​ Enthalpy:New formula(Gases) 1:03:10​ Example :Enthalpy 1:06:17​ Extensive & Intensive 1:08:11​ Heat Capacity Vs.Specific heat 1:10:14​ Reaction between Cp and Cv in an ideal gas 1:12:21​ Heat Capacity vs Specific Heat 1:13:06​ Reaction Enthalpy 1:17:35​ Standard Enthalpy Reactions 1:18:53​ ∆H during Phase Transformations 1:23:14​ Enthalpy changes during phase transformations:Example 1:25:43​ Standard.enthalpy of Formation 1:27:41​ Standard molar enthalpy of formation vs. Standard Reaction enthalpy 1:31:36​ Thermo-chemical equation 1:32:53​ Thermo-chemical equation:Example 1:35:05​ Hess's Law of constant heat summation 1:36:57​ Standard Enthalpy Types 1:37:21​ Standard enthalpy of Combustion 1:38:49​ Standard enthalpy of Atomisation 1:40:32​ Bond Enthalpy 1:41:30​ Mean Bond Enthalpy 1:44:10​ Lattice Enthalpy 1:45:36​ Born Haber cycle 1:46:21​ Lattice enthalpy vs.Enthalpy of formation 1:49:54​ Born haber Cycle 1:58:48​ Dilution vs. Solution 2:00:09​ Enthalpy of Solution 2:04:04​ Enthalpy of Dilution 2:08:19​ Spontaneity 2:10:15​ What decides Spontaneity 2:14:04​ Entropy 2:15:24​ How to quantify Entropy? 2:18:09​ Entropy of Reversible/Irreversible 2:19:56​ Gibb's Energy & Spontaneity 2:22:02​ 2nd law of Thermodynamics 2:23:19​ 3rd law of Thermodynamics

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Class 11 CBSE Chemisty NCERT Chapter 5 Thermodynamics JEE Maths:- • Maths JEE pe Jeet Seri... ​ JEE Chemistry:- • Physical Chemistry JEE... ​ • Organic Chemistry JEE ... ​ JEE Physics:- • Physics JEE pe Jeet Se... ​ NEET Physics:- • LearnoHub NEET pe Jeet... ​ NEET Biology:- • LearnoHub NEET pe Jeet... ​ NEET Chemistry:- • LearnoHub NEET pe Jeet... ​ • LearnoHub NEET pe Jeet... ​ Class 11 CBSE Chemistry NCERT Chapter 5 Thermodynamics 1:06​ Why study Thermodynamics 2:49​ Macroscopic Vs Microscopic 4:55​ Scope & Limitations:Thermodynamics 6:55​ System & Surroundings 8:22​ Types of System 10:11​ Thermodynamic Process 12:12​ State of System 13:21​ State Vs. Path Function 16:01​ Internal Energy(U) 20:01​ Internal Energy Change By Work 23:34​ Adiabatic Work 24:51​ Internal Energy:By Heat 27:29​ Internal Energy by Heat & Work 29:34​ ΔU by Pressure Volume Work 31:24​ Pressure Volume Work 37:45​ Single Vs Gradual Change 39:37​ Reversible vs. Irreversible process 41:11​ Pressure,Volume &Work :(Reversible Process) 45:13​ Reversible & Irreversible.Expansion 47:22​ Reversible Vs. Irreversible Process 48:22​ Work done in Free Expansion of Gas 49:04​ Free Expansion of Gas 50:04​ Points to remember 50:57​ Ist law Equation for isothermal reversible & irreversible changes 52:19​ Example 56:11​ Why Enthalpy 57:12​ Enthalpy 59:46​ ∆U & ∆H 1:00:40​ Enthalpy:New formula(Gases) 1:03:10​ Example :Enthalpy 1:06:17​ Extensive & Intensive 1:08:11​ Heat Capacity Vs.Specific heat 1:10:14​ Reaction between Cp and Cv in an ideal gas 1:12:21​ Heat Capacity vs Specific Heat 1:13:06​ Reaction Enthalpy 1:17:35​ Standard Enthalpy Reactions 1:18:53​ ∆H during Phase Transformations 1:23:14​ Enthalpy changes during phase transformations:Example 1:25:43​ Standard.enthalpy of Formation 1:27:41​ Standard molar enthalpy of formation vs. Standard Reaction enthalpy 1:31:36​ Thermo-chemical equation 1:32:53​ Thermo-chemical equation:Example 1:35:05​ Hess's Law of constant heat summation 1:36:57​ Standard Enthalpy Types 1:37:21​ Standard enthalpy of Combustion 1:38:49​ Standard enthalpy of Atomisation 1:40:32​ Bond Enthalpy 1:41:30​ Mean Bond Enthalpy 1:44:10​ Lattice Enthalpy 1:45:36​ Born Haber cycle 1:46:21​ Lattice enthalpy vs.Enthalpy of formation 1:49:54​ Born haber Cycle 1:58:48​ Dilution vs. Solution 2:00:09​ Enthalpy of Solution 2:04:04​ Enthalpy of Dilution 2:08:19​ Spontaneity 2:10:15​ What decides Spontaneity 2:14:04​ Entropy 2:15:24​ How to quantify Entropy? 2:18:09​ Entropy of Reversible/Irreversible 2:19:56​ Gibb's Energy & Spontaneity 2:22:02​ 2nd law of Thermodynamics 2:23:19​ 3rd law of Thermodynamics

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Class 11 CBSE Chemistry NCERT Chapter 5 Thermodynamics 1:06 Why study Thermodynamics 2:49 Macroscopic Vs Microscopic 4:55 Scope & Limitations:Thermodynamics 6:55 System & Surroundings 8:22 Types of System 10:11 Thermodynamic Process 12:12 State of System 13:21 State Vs. Path Function 16:01 Internal Energy(U) 20:01 Internal Energy Change By Work 23:34 Adiabatic Work 24:51 Internal Energy:By Heat 27:29 Internal Energy by Heat & Work 29:34 ΔU by Pressure Volume Work 31:24 Pressure Volume Work 37:45 Single Vs Gradual Change 39:37 Reversible vs. Irreversible process 41:11 Pressure,Volume &Work :(Reversible Process) 45:13 Reversible & Irreversible.Expansion 47:22 Reversible Vs. Irreversible Process 48:22 Work done in Free Expansion of Gas 49:04 Free Expansion of Gas 50:04 Points to remember 50:57 Ist law Equation for isothermal reversible & irreversible changes 52:19 Example 56:11 Why Enthalpy 57:12 Enthalpy 59:46 ∆U & ∆H 1:00:40 Enthalpy:New formula(Gases) 1:03:10 Example :Enthalpy 1:06:17 Extensive & Intensive 1:08:11 Heat Capacity Vs.Specific heat 1:10:14 Reaction between Cp and Cv in an ideal gas 1:12:21 Heat Capacity vs Specific Heat 1:13:06 Reaction Enthalpy 1:17:35 Standard Enthalpy Reactions 1:18:53 ∆H during Phase Transformations 1:23:14 Enthalpy changes during phase transformations:Example 1:25:43 Standard.enthalpy of Formation 1:27:41 Standard molar enthalpy of formation vs. Standard Reaction enthalpy 1:31:36 Thermo-chemical equation 1:32:53 Thermo-chemical equation:Example 1:35:05 Hess's Law of constant heat summation 1:36:57 Standard Enthalpy Types 1:37:21 Standard enthalpy of Combustion 1:38:49 Standard enthalpy of Atomisation 1:40:32 Bond Enthalpy 1:41:30 Mean Bond Enthalpy 1:44:10 Lattice Enthalpy 1:45:36 Born Haber cycle 1:46:21 Lattice enthalpy vs.Enthalpy of formation 1:49:54 Born haber Cycle 1:58:48 Dilution vs. Solution 2:00:09 Enthalpy of Solution 2:04:04 Enthalpy of Dilution 2:08:19 Spontaneity 2:10:15 What decides Spontaneity 2:14:04 Entropy 2:15:24 How to quantify Entropy? 2:18:09 Entropy of Reversible/Irreversible 2:19:56 Gibb's Energy & Spontaneity 2:22:02 2nd law of Thermodynamics 2:23:19 3rd law of Thermodynamics

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06​ Why study Thermodynamics 2:49​ Macroscopic Vs Microscopic 4:55​ Scope & Limitations:Thermodynamics 6:55​ System & Surroundings 8:22​ Types of System 10:11​ Thermodynamic Process 12:12​ State of System 13:21​ State Vs. Path Function 16:01​ Internal Energy(U) 20:01​ Internal Energy Change By Work 23:34​ Adiabatic Work 24:51​ Internal Energy:By Heat 27:29​ Internal Energy by Heat & Work 29:34​ ΔU by Pressure Volume Work 31:24​ Pressure Volume Work 37:45​ Single Vs Gradual Change 39:37​ Reversible vs. Irreversible process 41:11​ Pressure,Volume &Work :(Reversible Process) 45:13​ Reversible & Irreversible.Expansion 47:22​ Reversible Vs. Irreversible Process 48:22​ Work done in Free Expansion of Gas 49:04​ Free Expansion of Gas 50:04​ Points to remember 50:57​ Ist law Equation for isothermal reversible & irreversible changes 52:19​ Example 56:11​ Why Enthalpy 57:12​ Enthalpy 59:46​ ∆U & ∆H 1:00:40​ Enthalpy:New formula(Gases) 1:03:10​ Example :Enthalpy 1:06:17​ Extensive & Intensive 1:08:11​ Heat Capacity Vs.Specific heat 1:10:14​ Reaction between Cp and Cv in an ideal gas 1:12:21​ Heat Capacity vs Specific Heat 1:13:06​ Reaction Enthalpy 1:17:35​ Standard Enthalpy Reactions 1:18:53​ ∆H during Phase Transformations 1:23:14​ Enthalpy changes during phase transformations:Example 1:25:43​ Standard.enthalpy of Formation 1:27:41​ Standard molar enthalpy of formation vs. Standard Reaction enthalpy 1:31:36​ Thermo-chemical equation 1:32:53​ Thermo-chemical equation:Example 1:35:05​ Hess's Law of constant heat summation 1:36:57​ Standard Enthalpy Types 1:37:21​ Standard enthalpy of Combustion 1:38:49​ Standard enthalpy of Atomisation 1:40:32​ Bond Enthalpy 1:41:30​ Mean Bond Enthalpy 1:44:10​ Lattice Enthalpy 1:45:36​ Born Haber cycle 1:46:21​ Lattice enthalpy vs.Enthalpy of formation 1:49:54​ Born haber Cycle 1:58:48​ Dilution vs. Solution 2:00:09​ Enthalpy of Solution 2:04:04​ Enthalpy of Dilution 2:08:19​ Spontaneity 2:10:15​ What decides Spontaneity 2:14:04​ Entropy 2:15:24​ How to quantify Entropy? 2:18:09​ Entropy of Reversible/Irreversible 2:19:56​ Gibb's Energy & Spontaneity 2:22:02​ 2nd law of Thermodynamics 2:23:19​ 3rd law of Thermodynamics Thermodynamics Class 11 Chemistry | Previous Year Questions | CBSE Thermodynamics Questions | Thermodynamics NCERT notes pdf | CBSE Chemistry | Thermodynamics Chemistry Class 11th | | New Syllabus 2024-25 | CBSE | Curated videos | Revised NCERT Syllabus | New | latest NCERT Syllabus | NCERT Syllabus | Chemistry CBSE Coaching | NCERT Chemistry for CBSE | Free explanation | One shot LearnoHub.com (formerly called ExamFear Education) is a Free Education platform with more than 6000 videos on Physics, Chemistry, Maths, Biology, English, Science experiments, tips & tricks and motivational videos for Classes 6 to 12.

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As the way we can increase the internal energy of adiabatic system through a immersation rod .....so is it not possible for an isothermal system to change temperature????

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In isothermal process, , any energy added to the systemlike with an immersion rod would be released to the surroundings as heat, maintaining a constant temperature. the system adjusts to keep the temperature stable.

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I came here for my test bruh!!😮😢

[@MR-FILMYSINGH]

Thank you ma'am ❤😊

[@LearnoHubClass1112]

Most welcome 😊

[@Khushibaranwal..]

Who is watching on Jan 1st

[@krishnak.t9621]

Ma'am thank you soo much. Much needed😊🙏🏻

[@Sunnyxff]

37:31 thank you soo much mam 🥰♥️

[@UshaDevi-e3j8y]

This video is enough for thermodynamics❤🎉😊

[@Reel_Choor]

Kya is mai full chapter clear huwa hai or kya numerical b solve kiya hai anyone suggest please 😢

[@TargetJee-f4z]

Who prepare for the jee or competitive exam from online and no dummy school that's mine opinion: chemistry- learn o hub for school exam and Manzil Batch for jee Physics: school-ashu sir Jee-alakh sir old lectures Maths : offline (highly recomdations)

[@kavya6219]

what about Biology?

[@TargetJee-f4z]

@kavya6219 what did you take PCM OR PCB. I THINK FOR PCB PW IS BEST AS MY SISTER TAKE PCB YOU SHOULD SEE UNACADEMY BY KIRAN BEDI BUT MY RECOMMENDATION IS PW MANZIL OR BACKLOG CLEAR

[@kavya6219]

​@@TargetJee-f4zthanks ❤

[@Kashishyadav8776]

​@@kavya6219you can see the lectures of biology from arjuna neet. Zoology by sky sir and botany by rupesh sir

[@danyashree9891]

1:12:31 relationship between cp and cv

[@SArchana-u1d]

Mam where can I get this notes...is there a way to download it?

[@j.p.singhsingh4298]

I think yeh only ek aisa channel hai jahan class 11 level ka padhaya ja rha hai warna baki har jagah toh neet/jee level ke hi lecture hai sare..😵 Idhar humse 11th nhi ho rha hai jee/neet ghanta 🔔 krenge 😅

[@eshanav9759]

sahi h bhai

[@Name-yu6ux]

thankyou so much maam, i love your speaking skills, it helps me mould the topics in my head❤ I will never forget the help you have done in my life😊❤

[@satyanarayan6667]

Who is watching this video in last December

[@USHASINGH-ik7bq]

Who is watching this video in the end of 2024😅😅

[@vikashranjanDash]

Jay jagannath

[@AkashYadav-ol5on]

😂😂😂

[@vikashranjanDash]

Jay jagannath bro

[@PoonamSharma-p4g]

Thaku mam always try to give eg just like in this video all clear

[@shriyakarmakar2008]

kal exam hai bhaiiiii

[@_studywithfriends]

PCM wale like kro

[@PoonamSharma-p4g]

Thanku mam you explain whole chapter with examples Crystal clear mam

[@ArmanClass11th]

Finally Completed ❤ 🎉

[@CrispyMotivation-il8mv]

Mam oneshots is enough and better than letchers -------->

[@mohanrawat2827]

Wonderful explanation thankyou mam😊😊 ,,,,,,mam pls upload video on physics thermodynamics

[@ArvindKumar-wt4sm]

Bio plant kingdom plant kingdom please mam i request you to please

[@user-st2rm9gy6c]

Mam please try to put English subtitles, it is very useful to understand by other language student's 😢 I'm from tamilnadu

[@6TH_SENSE_YT]

rather you should say this to ur principal PLZ ADD HINDI AS A SUBJECT SARRR

[@abidatahir6437]

Awesome ❤❤❤❤❤❤ ma'am this is the best lecture ever and your efforts must be written in golden words 💖💖💖💖

[@Kailash-s8t]

PCB wale 👍 karo 🎉

[@mewlin9949]

I'm doing engineering and still chemistry is there in 1st year so here I am😭💀 ....btw grt job mam!!❤

[@anushaa774]

sup mommy

[@Sonikayadav-o6r]

Who is watching this video in december liked me 😅

[@AasthaBhatia-vq5df]

Please ye btao ki itna padh ke bhot h agar ye ch phle nhi pdha ho to

[@farihaahmed5586]

Thank you so much ma'am ❤ you are great ❤

[@LearnoHubClass1112]

Most welcome 😊If you really like our Videos, please Share and spread the word. Thank you for your support!

[@asma-s2z]

thanks a lot madam, in the rat race of neet and jee teachers almost forgot that there are some students who simply want to ace their school exam. but you took care of us. so grateful to find this channel.❤

[@LearnoHubClass1112]

Thanks ! Please Spread the word , so that we continue to create more such amazing content for you.

[@BossHunter-j2h]

bro fr in the era of rat race we would prefer to have a simple life

[@asma-s2z]

@@BossHunter-j2h yeah , its just getting annoying day by day...

[@kshitijkumar2002]

55:20 why q= -w, for isothermal process ∆U=0 ????

[@pradnyams9]

because tempt is constant no change in internal energy so u is 0 so delta u = q+w and delta u is zero so q+w=0 so q=-w

[@sirichandhanaaenugu3492]

Yes, for isothermal process delta U is zero, This is because Temperature is constant and internal energy is a function of temperature (As the temperature is same the Potential Energy and Kinetic energy remains same )

[@PiyushSanodiya-iz2xu]

System ko hit Diye aur isothermal hone ke Karan Temperature constant rahega Jiske Karan extra heat ko work Mein convert kar dega😂😂😂

[@harshsing3301]

Mam how to get notes of this chapter

[@amreenreyaz]

Mle bro? Mko be bol do kdr se mle

[@mukandlal9240]

Who is watching this in December like me😅😅😅😢😢

[@STUDI_MATE]

Mam I think density is not state function density =Mass/ Volume

[@GovernmentModel-b7x]

Who is watching this video in january to complete syllabus

[@HarsahibSingh-v4c]

58:10 pe pv2 plus hoga and pv1 minus hoga

[@HariOm-e6j]

How?

[@Chhavi12345-a]

Jab ham qp ko transfer krnge to ∆u+p(v2-v1) ayga mam se mistake se - lg gya hie pv2 ke age ok .....

[@ramritin8303]

thank you mam!!!!!!!!!!!!!!!!!!!!

[@Chhavi12345-a]

3rdstep of derivation of enthalpy i think wrong hei u2-pv2 hona chiye

[@sarikondanehasai4288]

Bas ek mahine bacha hain board exam ka abhi chemistry padna shuru Kiya😂😂 kal tho Mera pre board bhi hain ese liye 😂😂😂

[@Drsti_Yt]

Mam you are doing really a great work 👍 many concept clear by these videos, Thankyou so much mam, thankyou universe for such a great teacher who make concept crystal clear 🎉

[@aditiray8394]

What is the diff btw closed and isolated system?

[@Zeoww22]

Mam, can you please alse provide the pdf for revision...??

[@misbahulhk123]

Why this thermodynamics, equilibrium are just frustating chapters

[@eves.marshm3llo]

Nahi to.. ache toh hain? I find the starting ch 1 2 3 more frustrating

[@Sameera-h3l]

Biology ncert ke lecture bhi continue karo plss

[@lalitsingh7521]

Yes mam pls 🙏

[@CHANDANBISWALVISION]

Watching on 🎄 Christmas 2024

[@dollygupta5741]

Thankyou ❤🎉😊

[@NoorChahal-lu8ft]

Excellent lecture ⚡✨👍🏻

[@DeepikaChauhan-sn2xn]

Thanks mam ❤

[@abdulahadkhan8702]

Ma'am you r very easily prepared notes & good explanation any subject's❤❤

[@LataKushwaha-fk9pc]

Best video and channel ❤😊

[@X.saksham.X]

Kl kis kis exam hai ?😂

[@SwagyGamers20]

Are saksham mera

[@user-bn2ik6kg7x]

Thank a lots mem❤

[@creativewindow2083]

Best explanation.. I cant understand from my school chemistry teacher.. Thanks from Kuwait🇰🇼

[@Miss_Icha_n]

Kuwait walo ko hindi samaj sati h 😅 aur syllabus bhi Delhi ka h😂😂

[@creativewindow2083]

Noo.. From Indian Central school in Kuwait , I am from India🤣🤣

[@PavanTiwariTiwari-qq4sk]

Who is watching this video in December like me😂

[@susantasingha1133]

45:13

[@JustaBitGamer-n2m]

2:24:08 finally in 2 days

[@vishnurastogi5620]

Amazing mam

[@Artist__aisha__22]

Thanks mam

[@Lakshiya2008]

Hii any vella insan here...like me😂😂

[@FirdousRahut]

Roshni ma'am added roshni(light) to my future ❤

[@Viral_Ch9]

Biology of class 11 mam please Plant kingdom

[@HeriBami777]

Every chapter of class 11 biology ❤

[@TOGETHERNESS-o3t]

mam's biology is crystal clear

[@TOGETHERNESS-o3t]

h

[@Dialoguewo55]

🎉🎉

[@RohitGupta-nn1oe]

Is it enough for mp board