Work, Energy & Power Class 11 Full Chapter | Class 11 Physics Chapter 6 One Shot | Anupam Sir | JEE

✅ In this comprehensive one-shot video, we delve into "Work, Energy & Power," specifically focusing on "Work, Energy & Collisions" a crucial topic from Class 11 Physics Chapter 6. Whether you are a CBSE student or preparing for JEE 2024, this tutorial has got you covered.

Anupam sir breaks down the concepts, equations, and key principles behind first, second and third laws of motion.
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Important Time Stamps

0:00:00 Highlights
0:49 Work, Energy and Power
1:43 Session flow
2:02 Part 1 : Work
2:43 What is Work ?
10:24 How to calculate work ?
14:00 Question based on Work done
15:19 Question based on Work done
17:15 Nature of work
32:42 Question based on Nature of work done
40:43 Question based on Work done
42:22 Question based on Nature of work done
42:40 Question based on work done
49:01 Work done by a variable force
52:51 Work done from Force-Displacement graph
53:15 Question based on work done by a variable force
59:15 Question based on work done by a variable force
1:01:20 Question based on work done by a variable force
1:02:19 Where the energy is going?
1:08:19 Part 2 : Energies and Power
1:08:48 What is Kinetic energy?
1:12:57 Question based on Kinetic energy
1:14:23 Question based on Kinetic energy
1:18:44 Notion of Work-energy theorem
1:26:05 Question based on Work-energy theorem
1:27:50 Work-energy theorem for variable force
1:30:58 Question based on Work-energy theorem for variable force
1:32:07 Question based on Work-energy theorem for variable force
1:36:22 Why forces behave different ?
1:46:55 Conservative and Non conservative forces
1:50:32 Conservative forces and Potential energy
1:54:32 Energy stored in spring
1:54:50 Potential energy
2:00:17 Question based on Potential energy
2:01:05 Various forms of Potential energy
2:01:32 Question based on Spring
2:04:01 Potential energy of spring
2:05:10 Question based on Potential energy
2:06:29 Question based on Potential energy of spring
2:10:06 Question based on Potential energy of spring
2:11:08 Question based on Potential energy
2:12:53 Power
2:13:12 What is power?
2:18:52 Important points related to power
2:20:28 Question based on Power
2:22:02 Question based on Power
2:24:18 Part 3 : Collisions
2:25:06 What is Collision?
2:36:57 Question based on Collision
2:38:03 Types of Collision
2:40:41 Elastic collision
2:42:33 Inelastic collision
2:43:19 Perfectly inelastic collision
2:43:36 Coefficient of Restitution
2:47:43 Law of Restitution
2:47:48 Elastic collision
2:59:34 Question based on type of collision
3:01:05 Question based on Coefficient of restitution
3:01:22 Inelastic collision
3:09:32 Perfectly inelastic collision
3:14:56 Question based on Perfectly inelastic collision
3:15:19 Question based on Coefficient of restitution
3:19:46 Elastic collision in 2D
3:19:56 Types of collision on the basis of direction
3:22:59 Summary
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[analyticswithshivam]

0:00:00 Highlights
0:49 Work, Energy and Power
1:43 Session flow
2:02 Part 1 : Work
2:43 What is Work ?
10:24 How to calculate work ?
14:00 Question based on Work done
15:19 Question based on Work done
17:15 Nature of work
32:42 Question based on Nature of work done
40:43 Question based on Work done
42:22 Question based on Nature of work done
42:40 Question based on work done
49:01 Work done by a variable force
52:51 Work done from Force-Displacement graph
53:15 Question based on work done by a variable force
59:15 Question based on work done by a variable force
1:01:20 Question based on work done by a variable force
1:02:19 Where the energy is going?
1:08:19 Part 2 : Energies and Power
1:08:48 What is Kinetic energy?
1:12:57 Question based on Kinetic energy
1:14:23 Question based on Kinetic energy
1:18:44 Notion of Work-energy theorem
1:26:05 Question based on Work-energy theorem
1:27:50 Work-energy theorem for variable force
1:30:58 Question based on Work-energy theorem for variable force
1:32:07 Question based on Work-energy theorem for variable force
1:36:22 Why forces behave different ?
1:46:55 Conservative and Non conservative forces
1:50:32 Conservative forces and Potential energy
1:54:32 Energy stored in spring
1:54:50 Potential energy
2:00:17 Question based on Potential energy
2:01:05 Various forms of Potential energy
2:01:32 Question based on Spring
2:04:01 Potential energy of spring
2:05:10 Question based on Potential energy
2:06:29 Question based on Potential energy of spring
2:10:06 Question based on Potential energy of spring
2:11:08 Question based on Potential energy
2:12:53 Power
2:13:12 What is power?
2:18:52 Important points related to power
2:20:28 Question based on Power
2:22:02 Question based on Power
2:24:18 Part 3 : Collisions
2:25:06 What is Collision?
2:36:57 Question based on Collision
2:38:03 Types of Collision
2:40:41 Elastic collision
2:42:33 Inelastic collision
2:43:19 Perfectly inelastic collision
2:43:36 Coefficient of Restitution
2:47:43 Law of Restitution
2:47:48 Elastic collision
2:59:34 Question based on type of collision
3:01:05 Question based on Coefficient of restitution
3:01:22 Inelastic collision
3:09:32 Perfectly inelastic collision
3:14:56 Question based on Perfectly inelastic collision
3:15:19 Question based on Coefficient of restitution
3:19:46 Elastic collision in 2D
3:19:56 Types of collision on the basis of direction
3:22:59 Summary

[ayodhyawasi]

Sir Really I was searching for the best explanation of this ch .. but I didn't get ..
After surfing through this channel I got your lecture.. really it is amazing.. lecture ..best ncert explanation ..!!! 🥰🥰🥰🤩🤩🤩

[Yashi]

Thnku so much sir! Ekdam dhaasu session tha✨

[MixtureofartsAR]

2:59:07 V1 = 1.6m/s
V2 = 2.6m/s





Is it correct ❓

[debanjanbiswas]

This helped a lot as collisions was not available anywhere except yours as others only make videos for jee.Thank you sir

[VijaypaI_]

sir I can't even explain how much your session helped me If I have any option to describe my feeling then you came to know how much help that I got from your this session

[uniqueideas]

Area of Force & displacement graph give us Work done
13 J

[pragyakumari]

this videos enough for the whole kuch bhi nhi padha hai abhi tak....iss video se pura chapter cover ho jayega kya???

[chandananadiger]

Answer= 13J
Formula= l×b
1/2×b×h
Thank you sir you explained all the topics so well .

[prachibhardwaj]

Sir..the examples you give are just litt...they makes the topic crystal clear 🤍

[ShinyRat]

Sir par agar theta 270 se chota hoga toh bhi toh negetive hee aayega . I mean it should be 90 < x < 270 = '-'ive .

[sdj]

SIR YOUR WAY OF EXPLAINATION IS OUTSTANDING🥲

[Sohidulah]

Thanks sir for helping us in free of cost. We are grateful to you

[SubhashreeDhal-rh]

Work done on the particle during it's displacement of 12m is 13J.

[MixtureofartsAR]

59:03 sir mera answer to yaha 243/4 aa rha h Sir apne 3 cube ki jagah 3 ka square kyu lia h please

[MotivationBurst]

Very nice lecture . You explain the lecture in such a way that it doesn't feel hard to understand. Thanks sir❤

[gauribhardwaj]

Sir apne kha ki earth ki gravitational force moon per koi work nhi kerti but hamne toh shuru se yahi pda hai ki moon earth ki gravitation ki wajah se earth ke around revolve kerta ager space mein kisi object pe earth ki gravitation force weak ho jati hai toh woh dusri orbit mein chla jata please sir clear this point 😊

[prekshamalhotra]

is this session sufficient for school exams ?

[saritaswain]

Very nice explanation sir❤. Thank you so much ❤

[wboxfr]

You're a Beast 🤝🏻 🤍
Thank You So Much For This Video .
This Video Help me alot .
Keep Giving us this type of Videos .