Equilibrium Class 11 One Shot | NCERT Chemistry Complete Chapter-6 Revision | CBSE 2024-25

Tapur Ma’am ke saath Chemistry ke Equilibrium chapter ka full NCERT revision, ek hi video mein. Yeh class CBSE Class 11th exams ke liye ekdum helpful hoga, jisme aapko chapter ke sare concepts aur important questions ek hi baar revise karne ko milenge.

🧪 Is session mein cover hone wale topics:
- Chemical Equilibrium
- Le Chatelier’s Principle
- Equilibrium Constant (Kc and Kp)
- Ionic Equilibrium
- pH, Buffer, and Solubility Product

📝 Key features:
- Shortcuts aur tricks CBSE exams ke liye
- Previous year questions (PYQs) aur NCERT-based practice
- CBSE Term-wise strategy aur concept clarity

📌 Session ke end tak kya milega?
- Full NCERT Equilibrium mastery
- Class 11th exams ke liye 100% confidence
- Important formulas aur key concepts ka revision

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[ADEDLOOP]

00:04 - Henry's Law and its relation to chemical equilibrium.
00:51 - Gibbs Energy indicates reaction spontaneity in chemistry.
02:19 - Equilibrium occurs when opposing forces balance in a system.
03:03 - Understanding equilibrium in chemical and physical changes.
04:34 - Dynamic equilibrium involves continuous processes at equal rates.
05:16 - Understanding dynamic equilibrium through water flow in a bucket.
06:46 - Equilibrium state occurs when forward and backward reactions balance.
07:30 - Understanding physical changes and equilibrium in different states of water.
08:56 - Understanding phase changes of ice and water at 0°C.
09:42 - Solid-liquid equilibrium involves simultaneous melting and freezing processes.
11:07 - Understanding liquid-vapor equilibrium through everyday examples.
11:46 - Understanding solid-vapor equilibrium and sublimation concepts.
13:14 - Equilibrium exists when evaporation and condensation rates are equal.
13:58 - Equilibrium occurs in saturated solutions when solute dissolving stops.
15:21 - Pressure changes in cold drinks lead to carbonation loss.
15:57 - Understanding gas-liquid equilibrium in carbonated drinks.
17:12 - Understanding gas release in opened cold drinks due to pressure changes.
17:47 - Understanding Henry's Law and its relation to gas solubility and pressure.
19:16 - Understanding chemical equilibrium in reversible reactions.
19:56 - Equilibrium occurs in reversible reactions but not in irreversible ones.
21:18 - Equilibrium shows the reversibility of reactions between reactants and products.
21:57 - Reversible reactions occur in one direction under specific conditions.
23:17 - Equilibrium occurs when forward and backward reaction rates equalize.
23:57 - Chemical equilibrium occurs when reactants and products remain constant.
25:17 - Understanding dynamic equilibrium in chemical reactions.
25:59 - Initial reactants lead to gradual product formation over time.
27:15 - Equilibrium in reactions involves reactants converting to products and vice versa.
27:53 - Reactants decrease as products form until equilibrium is reached.
29:03 - Understanding equilibrium through reverse reactions in chemical systems.
29:39 - Understanding Equilibrium Constants in Chemical Reactions
30:54 - Pure solids and liquids do not have molar concentration in equilibrium.
31:33 - Chemical equilibrium maintains color without further change.
32:58 - Understanding molar concentration and reaction rate in equilibrium.
33:39 - Understanding the Law of Chemical Equilibrium.
35:20 - Understanding the equilibrium constant and its significance in chemical reactions.
36:06 - Understanding equilibrium constant for chemical reactions.
37:32 - Equilibrium constant values are specific to reactions and conditions.
38:06 - Understanding the independence of initial concentration in reversible reactions.
39:34 - Understanding the impact of dividing equations on constants in chemistry.
40:14 - Equilibrium constant units vary with reaction conditions.
41:38 - Equilibrium constants indicate the extent of chemical reactions at a constant temperature.
42:18 - Understanding the measurement of reversible reaction completion.
43:43 - Equilibrium involves constant reactions between reactants and products.
44:22 - Understanding the reaction quotient and its relation to equilibrium constant.
45:54 - Understanding the conditions of reaction direction in equilibrium.
47:02 - Equilibrium constant relates to reaction direction and gas state behavior.
49:01 - Gas concentration depends on pressure in chemical reactions.
50:11 - Understanding the equilibrium constant expression in chemistry.
52:00 - Explains the relationship between equilibrium constants and gas pressure.
52:45 - Relation between equilibrium constant and delta n in gas reactions.
54:20 - Difference between Homogeneous and Heterogeneous Equilibrium.
55:00 - Understanding equilibrium through practical questions and calculations.
57:20 - Understanding moles in reaction equilibrium calculations.
57:54 - Understanding reaction direction based on equilibrium constant values.
59:26 - Emphasizes the importance of balancing chemical reactions.
1:00:12 - Understanding the significance of reaction quotient (Q) in equilibrium.
1:01:38 - Understanding Gibbs Free Energy and its relation to equilibrium constant.
1:02:14 - Understanding the relationship between ΔG0 and equilibrium constant K.
1:03:40 - Equilibrium condition occurs when k equals one and ΔG equals zero.
1:04:22 - Understanding equilibrium and its disturbance in reactions.
1:05:40 - Understanding equilibrium through examples of distractions and focus.
1:06:19 - Le Chatelier's Principle explains equilibrium adjustments to changes.
1:07:47 - Equilibrium shifts to maintain concentration balance in reactions.
1:08:30 - Equilibrium is maintained by adjusting concentrations of reactants and products.
1:09:39 - Increasing pressure decreases volume, affecting the reaction direction.
1:10:24 - Understanding how changes in pressure and volume affect equilibrium reactions.
1:11:48 - Increasing temperature shifts equilibrium towards products in endothermic reactions.
1:12:26 - Understanding endothermic and exothermic reactions in equilibrium.
1:13:41 - Understanding electrolysis and electrolytes in chemistry.
1:14:18 - Electrolytes conduct electricity in aqueous solutions through free ion movement.
1:16:09 - Electrolyte balance is crucial for body functions.
1:16:44 - Understanding strong and weak electrolytes in ionic equilibrium.
1:17:59 - Understanding strong and weak electrolytes through degree of dissociation.
1:18:42 - Understanding the significance of alpha values in dissociation.
1:20:09 - Understanding weak electrolytes and ionic equilibrium in water.
1:20:48 - Weak electrolytes partially dissociate in solutions.
1:22:00 - Understanding weak electrolytes and their ionic equilibrium.
1:22:45 - Understanding initial conditions in chemical equilibrium.
1:24:10 - Understanding degree of dissociation in weak electrolytes.
1:25:21 - Understanding strong and non-electrolytes in chemistry.
1:26:42 - Understanding acids and bases through three key theories.
1:27:23 - Definition of acids and bases in aqueous solutions.
1:28:43 - Understanding strong and weak acids based on ionization.
1:29:22 - Strong acids fully dissociate in water, weak acids partially dissociate.
1:30:50 - Discussion on strong and weak acids with limitations of Arrhenius theory.
1:31:30 - Understanding acids and bases beyond water's role in reactions.
1:32:51 - Understanding proton transfer in acid-base reactions.
1:33:30 - Acids release protons, while bases accept them, forming conjugate pairs.
1:35:30 - Water exhibits amphoteric behavior as both an acid and a base.
1:36:12 - Understanding hydrogen's role as an acid and base in reactions.
1:39:00 - Understanding strong and weak acids and bases in reactions.
1:39:43 - ब्रॉन्स्टेड-लोरी सिद्धांत के लाभ और आयनिक स्पीशीज का रोल
1:41:02 - Understanding Lewis Theory of Acids and Bases is crucial for organic chemistry.
1:41:41 - Acids and bases are defined by electron deficiency and efficiency.
2:09:38 - Introduction to the pK value for acids in equilibrium.
2:12:02 - Buffer solutions can be prepared using weak acids and bases.
2:12:38 - Understanding solubility classifications in chemistry.
2:14:45 - Understanding equilibrium in reactions involving BaSO4 and SO4.
2:15:27 - Calculating equilibrium constant from given conditions.
2:17:06 - Calculating Kc for the PCl5 to PCl3 and Cl2 reaction.
2:18:10 - Calculating equilibrium constant using Kp and Kc relations.
2:20:18 - Calculating equilibrium composition of PCl5 in a closed vessel.
2:21:02 - Understanding equilibrium conditions in chemical reactions.
2:22:48 - Solving a quadratic equation to find the value of x.
2:23:36 - Discussion on the concentration calculations of PCl3 and PCl5.
2:25:18 - Calculating ΔG° using logarithmic and scientific values in equilibrium chemistry.
2:26:16 - Interactivity in answering questions boosts engagement and learning.
2:28:10 - Understanding the dissociation of bicarbonate and its conjugate base.
00:00 - Calculating pH from molarity using logarithmic functions
2:31:16 - Understanding the pH calculation using H+ concentration.
2:32:16 - Calculating concentrations in equilibrium problems.
2:33:50 - Understanding solubility in chemical equilibria.
2:34:39 - Understanding equilibrium expressions in chemical reactions.
2:36:37 - Calculate pH of a solution from given concentrations.
2:37:16 - Emphasizing the importance of practice for chemistry questions.
ADEDLOOP...

[friendship_with_book_]

Vote for the next chapter "Thermodynamics"🎉❤

[SushmitaRukaya]

Vote for upload all important chemistry topics.

[Btw-Manav]

Vote for all N.C.E.R.T questions revision for more better understanding and practice✨

[ChauhanDhruv-qzil]

57:44 The answer of this question is 3.13 × 10 ^ -5 Mol/l.

[Wisemind]

Mam aap ek video esa lao jisme all chapter basic cover ho jaye 2 ya 3 hours ka ❤❤ aur please mam aaap ek marathon paper se phele hmare paper 14 se 27 tak he chemistry ka 24 ko february ko please like nhi kiya wo fail 👎☹👎👎☹👎👎☹👎👎☹👎👎☹👎🎉❤❤

[SouravGogoi-rq]

57:45 ans of this question is approximately, Kc= 3.1 ×10^-5 mol/L

[SahuMahesh-yy]

@NextToppersScience class11&12Mam video bich-bich mein lag karta hai please solve this problem early.1:23:01, 1:24:35, 1:24:25

[RavneetKaur-fnvr]

Maam please its a humble request you need to put more effort into your tecahing, samj me nhi aata hai app ek example samjha ke baki chor dete ko mere jaise bachon ko 1 baari me nhi aata samj

[naman...]

Can we use it in my jee prepration?? ❤

[RavneetKaur-fnvr]

Koi bhi numrical ache se ni samjhaya, no conceptual approach bass likha likha kr copy bharwa di

[Harxhmishra]

Finally a good teacher loved your efforts 💎👍

[amar]

Mam ab chemistry ka syllabus khtm ho gya hai ab important questions of chemistry ka lecture le aao mam ❤ vote 4 it

[mdayan]

Guys the universe gas constant has 2 value 0.821 and 8.314 which to use and why we can't use 8.314 on that question 56:02

[Cute_editz_world]

Lovely ❤❤thanks alot mam🥺🥰only in just 2h whole chap covers up🥳
understand all topics perfectly 🎉🎉

[ChhaviNigam-bc]

Mam my teacher said to me that I will not teach you becz your marks did not increased, I felt so bad I am working hard but I don't know what to do? 😭😭😭😭😭😭😭😭

[Tinku-ulo]

Any kv students for PT -2 exam 2025 ??

[MohitStudent-vrvw]

✨ ℍ𝕦𝕞 𝕕𝕖𝕤𝕙 𝕜𝕒 𝕓𝕙𝕒𝕧𝕚𝕤𝕙𝕪𝕒 𝕓𝕒𝕟𝕒𝕥𝕖 𝕙𝕒𝕚 ✨
❤❤ that line☝😌
1:16