Rotational Motion FULL CHAPTER | Class 11th Physics | Arjuna JEE

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00:07 Moment of inertia is an important topic in rotational motion. 02:12 The lecture focuses on clearing backlogs and understanding concepts. 06:37 Rotational motion is the state of motion that involves changing the moment of inertia. 09:29 Moment of inertia determines the difficulty in rotational motion. 14:12 Moment of inertia helps to understand the difficulty in rotating an object. 16:52 Moment of inertia depends on axis and shape of the rotating body. 22:08 Moment of inertia does not change when moving 24:39 Understanding moment of inertia in rotational motion 30:10 Moment of Inertia is the product of mass and radius squared 32:10 Moment of inertia is directly proportional to the square of the distance of the bodies 37:26 When rotating an object, the moment of inertia depends on its distance from the axis of rotation. 39:13 Moment of inertia depends on the mass and distribution of the object 44:58 The video discusses rotational motion and moment of inertia 48:07 Finding moment of inertia about different axes 52:15 The video discusses rotational motion and moment of inertia 54:36 Calculate the moment of inertia for the given masses and distances on the specified axis. 59:14 The video explores rotational motion and its principles. 1:01:38 Calculating moment of inertia of continuous bodies 1:06:38 Moment of inertia of a uniform rod about a particular axis is ml²/12 1:08:41 The moment of inertia is influenced by the axis and its proximity. 1:13:22 The moment of inertia of a solid sphere is 2/5 mr² and the moment of inertia of a halo sphere is 2/3 mr² 1:17:03 Moment of inertia of a solid cylinder about a parallel axis is mr²/2. 1:21:43 The video discusses the formulas and concepts related to rotational motion. 1:23:55 The moment of inertia is given by λl³ / 3 + l³ / 4, where l is the length 1:29:48 The moment of inertia of a uniform disk can be calculated using the formula I = (1/2)mr^2. 1:31:56 Aerial mass density or surface mass 1:36:49 Moment of Inertia depends on perpendicular length and mass 1:41:15 Perpendicular distance from the axis determines the moment of inertia. 1:45:32 The total moment of inertia is 6510.18 1:48:37 The total moment of inertia can be calculated by adding the moment of inertia of the cavity. 1:52:46 Understanding perpendicular axis theorem for rotational motion. 1:55:37 Moment of Inertia Calculation and Perpendicular Axis Theorem 2:01:49 The moment of inertia about the parallel axis and perpendicular axis are related. 2:04:57 Moment of inertia about an axis is equal to mr² / 2 2:11:00 Moment of inertia for different axes in rotational motion 2:13:29 The video explains rotational motion and the concept of moment of inertia. 2:18:50 The concept of rotational motion and moment of inertia is explained in the video. 2:21:23 The moment of inertia of a halo sphere is 2/3 mr². 2:27:17 The total moment of inertia about the center of mass is given by mr² 2:30:01 The center of mass of an object is the point where its total moment is always zero. 2:35:35 The moment of inertia is minimum when the axis passes through the center of mass. 2:37:46 The moment of inertia of a disc can be calculated by adding the moment of inertia about its center of mass and the moment of inertia about a perpendicular axis. 2:43:51 The moment of inertia for a system of identical mass spheres can be calculated using the formula 2/3mr^2 2:47:01 Find the moment of inertia of a disk with a circular hole 2:51:45 The moment of inertia about an axis perpendicular to the seat passing through O is -3/8 mr². 2:54:37 Center of mass is the point where the entire mass can be assumed to be concentrated. 3:00:14 The radius of gyration can be found by squaring the radius of a uniform ring and multiplying it by mass 3:02:49 Moment of inertia is calculated using the formula mr². 3:06:41 The moment of inertia of a ring is given by mr²/2. 3:09:25 The cross product of two vectors gives a new vector with magnitude and direction. 3:15:16 A cross B gives the area of a parallelogram. 3:17:17 Understanding coordinate axes and direction in rotational motion. 3:24:35 Cross product of vectors x1 y2 and x2 y1 3:27:49 Understanding cross products and its calculation 3:33:54 Moment of Inertia: Description and importance in rotational motion 3:36:19 The turning effect of a force is defined by torque. 3:40:40 Torque is the turning effect produced by a force on an object. 3:42:48 Torque is a vector quantity that represents rotational motion. 3:47:42 Torque is defined as the cross product of the position vector and the force vector. 3:50:59 Torque is the cross product of the radius vector and force vector. 3:56:19 Torque is the product of force and the perpendicular distance from the axis of rotation 4:00:04 Understanding torque in rotational motion. 4:05:42 Understanding Torque in Rotational Motion 4:09:50 Couple force provides torque and rotates in a specific direction 4:14:57 Understanding torque and forces in rotational motion 4:17:04 The center of mass of a body is the point where a uniform force can be applied to produce the same torque as the distributed gravitational forces. 4:22:09 Angular velocity is a vector quantity. 4:24:51 Angular velocity is the rotation of an object around a circle 4:29:12 The velocity of v0 is equal to v perpendicular 4:31:34 Roshan is a chapter that deals with rotational motion and introduces concepts like moment of inertia, torque, and angular acceleration. 4:38:17 Rotational motion involves the study of objects in circular motion and their related concepts. 4:42:10 Rotational Motion is an important topic in Class 11th Physics 4:50:40 The video covers the topic of rotational motion in physics. 4:54:33 Rotational motion explained with key concepts 5:04:40 Rotational Motion is an important concept in Class 11th Physics. 5:13:23 Rotational motion involves the study of objects rotating around an axis. 5:21:25 Rotational motion is the study of objects rotating around a fixed axis. 5:26:27 Rotational Motion is the study of the motion of objects that rotate or spin. 5:38:32 Rotational motion is an important topic in Class 11th Physics 5:44:57 Rotational motion is the study of circular motion and the forces and energy associated with it. 5:56:00 Rotational Motion is a chapter in Class 11th Physics 6:00:12 Rotational motion involves the study of spinning objects and their properties. 6:12:49 Rotational motion involves the study of the motion of objects that rotate around a fixed axis. 6:18:34 Rotational motion involves the study of objects that rotate around an axis. 6:27:46 Rotational motion is the study of objects rotating around an axis. 6:33:14 Rotational motion in physics 6:42:38 Rotational motion is a chapter in Class 11th Physics 6:47:27 Rotational motion explores the physics of objects in rotational motion. 6:55:07 Rotational motion is the study of the motion of objects that rotate around a fixed axis. 6:59:06 Rotational motion and its various concepts 7:06:33 Rotational motion is the study of how objects rotate around an axis. 7:10:32 The video covers the topic of rotational motion in Class 11th Physics for Arjuna JEE. 7:18:38 Rotational Motion 7:22:46 Rotational motion involves the rotation of an object about a fixed axis. 7:30:12 Rotational motion is the study of objects rotating around an axis 7:35:26 The video is about rotational motion in Class 11th Physics 7:44:26 Rotational motion is a branch of physics that deals with the motion of objects around a fixed axis. 7:49:03 Rotational motion is the motion of an object around an axis. 7:59:03 Rotational motion is the study of objects rotating around an axis 8:02:40 Rotational motion is the study of the motion of objects rotating around an axis. 8:10:44 Rotational motion is a key topic in Class 11th Physics 8:14:25 Rotational motion is a chapter in Class 11th Physics 8:21:55 Rotational motion is the study of motion of objects that rotate around an axis. 8:25:58 Rotational motion is the study of objects rotating around a fixed axis 8:36:11 Rotational Motion Class 11th Physics 8:40:28 This video covers the topic of rotational motion in Class 11th Physics. 8:49:36 Rotational Motion is a chapter in Class 11th Physics 8:55:23 Rotational motion involves the study of objects in circular motion. 9:05:15 Rotational Motion is the study of motion of objects that are rotating around an axis. 9:10:26 Rotational motion is the movement of an object around an axis. 9:20:57 Rotational Motion is a chapter in Class 11th Physics 9:27:55 Rotational motion is the study of objects rotating around an axis. 9:37:26 The video discusses rotational motion in physics. 9:42:15 Rotation is the motion of an object around a fixed axis 9:51:18 The video covers the topic of rotational motion in Class 11th Physics. 9:56:57 Rotational motion is the study of objects moving in circular paths and the various concepts associated with it.

[@Xp_Collector]

Just looking like a Wow❤❤❤🤯🤯

[@Gibbu77]

👏👏

[@Piyush-ic7vj]

Bhai itna faltu ho kya

[@teluguamazing5027]

Thanku

[@mariasdoodles3664]

U R GOD

[@shivaaypandey1193]

00:00 - Introduction 05:14 - Moment of Inertia 18:30 - Moment of Inertia For Discreet Systems 1:02:32 - Moment of Inertia For Continuous Mass Systems 1:07:27 - MOI of Same Continuous Bodies 1:51:47 - Perpendicular Axis Theorem 2:24:27 - Parallel Axis Theorem 2:54:03 - Radius of Gyration 3:07:22 - Vector Multiplication 3:35:35 - Torque 4:03:17 - Couple Force 4:11:25 - Point of Application of Force 4:20:34 - Angular Velocity and Acceleration in Vector Form 4:31:18 - Translation vs Rotation 4:36:57 - Equillibrium of a Body 5:12:07 - Toppling 5:30:57 - Pure Rotation 5:50:02 - Real Pulley 6:15:16 - Rotational Kinematics 6:26:03 - Constraint Relation 6:32:58 - Combined Rotation and Translation 6:45:12 - Location of Instantaneous Center of Rotation 7:25:05 - Kinetic Energy 7:36:15 - Work Energy Theorem 7:55:02 - Rolling Motion 8:49:28 - Kinetic Energy in Rolling 8:56:46 - Work-Energy Theorem in Rolling 9:18:21 - Rolling on Incline 9:28:29 - Angular Momentum 9:45:10 - Conservation of Angular Momentum 10:02:12 - Thank you, bacchon!

[@lakshya1080]

Thanks a lot bahi

[@ArshSahu]

Nice copy paste

[@hia..2356]

Which year this one short lectures are uploaded..can you tell me

[@8894732003]

Very very thanks

[@translucent1789]

Isse accha padleta bhai

[@billionaire.group.]

Himanshu sir and Saleem sir dono he best hai ❤❤🎉

[@chaitanyasharmastudy]

this teacher teaches best , according to me , he teaches many concepts in deep which other teacher don't . he deserves moree recognition . thank u sir

[@Bludjustgoaway]

"10hr" rotation be like jalwa hai hamara 🫡🫡🗿

[@IshikaPritam]

Introduction 05:14 - Moment of Inertia 18:30 - Moment of Inertia For Discreet Systems 1:02:32 - Moment of Inertia For Continuous Mass Systems 1:07:27 - MOI of Same Continuous Bodies 1:51:47 - Perpendicular Axis Theorem 2:24:27 - Parallel Axis Theorem 2:54:03 - Radius of Gyration 3:07:22 - Vector Multiplication 3:35:35 - Torque 4:03:17 - Couple Force 4:11:25 - Point of Application of Force 4:20:34 - Angular Velocity and Acceleration in Vector Form 4:31:18 - Translation vs Rotation 4:36:57 - Equillibrium of a Body 5:12:07 - Toppling 5:30:57 - Pure Rotation 5:50:02 - Real Pulley 6:15:16 - Rotational Kinematics 6:26:03 - Constraint Relation 6:32:58 - Combined Rotation and Translation 6:45:12 - Location of Instantaneous Center of Rotation 7:25:05 - Kinetic Energy 7:36:15 - Work Energy Theorem 7:55:02 - Rolling Motion 8:49:28 - Kinetic Energy in Rolling 8:56:46 - Work-Energy Theorem in Rolling 9:18:21 - Rolling on Incline 9:28:29 - Angular Momentum 9:45:10 - Conservation of Angular Momentum

[@vidit2747]

Sir aap bach me bhi kehte ho aur yaha pr bhi ki ye lecture live class ka replacemnt nhi hai agree with that but yaha pr bhi aap kuch kam nhi pafha rhe ho poora vector product padhaya hai yaha pr aapne salute to u sir

[@vaishnavanandam7785]

4:11:12 Direction of the couple force is anti clockwise.

[@Vishalgupta-rc8gt]

enough for jee mains and advance and school level ?

[@rounak.sangwan2018]

Yes,bro you are right

[@anshurairai4138]

right

[@The_up80_hacker]

⏳ Timestamps - 00:00​ - Introduction 05:14​ - Moment of Inertia 18:30​ - Moment of Inertia For Discreet Systems 1:02:32​ - Moment of Inertia For Continuous Mass Systems 1:07:27​ - MOI of Same Continuous Bodies 1:51:47​ - Perpendicular Axis Theorem 2:24:27​ - Parallel Axis Theorem 2:54:03​ - Radius of Gyration 3:07:22​ - Vector Multiplication 3:35:35​ - Torque 4:03:17​ - Couple Force 4:11:25​ - Point of Application of Force 4:20:34​ - Angular Velocity and Acceleration in Vector Form 4:31:18​ - Translation vs Rotation 4:36:57​ - Equillibrium of a Body 5:12:07​ - Toppling 5:30:57​ - Pure Rotation 5:50:02​ - Real Pulley 6:15:16​ - Rotational Kinematics 6:26:03​ - Constraint Relation 6:32:58​ - Combined Rotation and Translation 6:45:12​ - Location of Instantaneous Center of Rotation 7:25:05​ - Kinetic Energy 7:36:15​ - Work Energy Theorem 7:55:02​ - Rolling Motion 8:49:28​ - Kinetic Energy in Rolling 8:56:46​ - Work-Energy Theorem in Rolling 9:18:21​ - Rolling on Incline 9:28:29​ - Angular Momentum 9:45:10​ - Conservation of Angular Momentum 10:02:12​ - Thank you, bacchon!

[@IshikaPritam]

Moment of Inertia 18:30 - Moment of Inertia For Discreet Systems 1:02:32 - Moment of Inertia For Continuous Mass Systems 1:07:27 - MOI of Same Continuous Bodies 1:51:47 - Perpendicular Axis Theorem 2:24:27 - Parallel Axis Theorem 2:54:03 - Radius of Gyration 3:07:22 - Vector Multiplication 3:35:35 - Torque 4:03:17 - Couple Force 4:11:25 - Point of Application of Force 4:20:34 - Angular Velocity and Acceleration in Vector Form 4:31:18 - Translation vs Rotation 4:36:57 - Equillibrium of a Body 5:12:07 - Toppling 5:30:57 - Pure Rotation 5:50:02 - Real Pulley 6:15:16 - Rotational Kinematics 6:26:03 - Constraint Relation 6:32:58 - Combined Rotation and Translation 6:45:12 - Location of Instantaneous Center of Rotation 7:25:05 - Kinetic Energy 7:36:15 - Work Energy Theorem 7:55:02 - Rolling Motion 8:49:28 - Kinetic Energy in Rolling 8:56:46 - Work-Energy Theorem in Rolling 9:18:21 - Rolling on Incline 9:28:29 - Angular Momentum 9:45:10 - Conservation of Angular Momentum

[@GamersguildLDS]

10 hrs lec + 5 hrs notes + 5 hrs revision + DPP + backlog = 30 hrs

[@JeePhodnahein]

But atleast we can complete in 3 days 🥲 or else Arjuna pe 22hrs lecture dekhna padega (11×2)💀

[@tanishgaming6546]

Bro backlog kyu likha ye to backlog killer h na isko dekh kar to backlog clear hoga 🌚

[@JeePhodnahein]

Ha 🤌🥲

[@vir_piyush]

😂😂😂

[@stratasphorte]

​@@JeePhodnaheinbut Bhai menne Arjuna batch ka hi lecture dekh ke complete krrna he😢😭 jitna time lge lgne do but ekdum acche se chapter hona chahiye.. 99 percent. Syllabus chahe 12 me jakr hi complete Kyu na hoo 😊

[@mastramchidar6729]

Every pw teacher is very amazing 🤩🤩🤩

[@theseusswore]

6:14:07 wont the total I be equal to mR^2 + mR^2 + 4m(2R)^2 ? which will give us an accelation of 7g/18?

[@mishragaming4156]

Sahi bola bhai answer is 7g/18R

[@nguamit7497]

-7g/18 -due to clockwise negative anticlock wise positive

[@facttales6100]

ha 7g/18r hoga ye

[@AnikRana-gf9cz]

Yes

[@prathamraichura4076]

@@nguamit7497Mein vahi keh raha hu sign error + calculation error thi

[@nitinsaini.06]

literally all question jo live classes me karvayae gae h vo sabh ha yaha free me and hame 25 hrs ki mehnat 10 hrs me karne ka moka de rahi h ye video one salute to himanshu sir 😍

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Tarun SIr Favourite Chapter😂😂😂😂

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Yeh aur electrostatics

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[@AnshikaPrakash]

1:28:41 1:32:40 1:43:26 2:06:28 2:14:37 2:23:17 2:46:33 2:48:30 3:54:42 4:42:52 4:51:41 4:59:04 5:02:52 5:23:12 5:26:01 5:38:56 and a lil ahead if u don’t understand 5:56:44 6:00:37 6:07:00 6:15:49 6:31:48 6:37:59 6:41:52 7:12:27 7:41:25 7:47:20 7:54:17

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1:40:00 aroud axis 1 14 mlsquare/12 around axis 2 mlsquare/6 around axis 3 13ml square/12

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Bro Sach bataiyega ye enough hai theorical jitna batch me padaaye hai sab

[@DevisKaraliya]

Moment of inertia is an important topic in rotational motion. 02:12 The lecture focuses on clearing backlogs and understanding concepts. 06:37 Rotational motion is the state of motion that involves changing the moment of inertia. 09:29 Moment of inertia determines the difficulty in rotational motion. 14:12 Moment of inertia helps to understand the difficulty in rotating an object. 16:52 Moment of inertia depends on axis and shape of the rotating body. 22:08 Moment of inertia does not change when moving 24:39 Understanding moment of inertia in rotational motion 30:10 Moment of Inertia is the product of mass and radius squared 32:10 Moment of inertia is directly proportional to the square of the distance of the bodies 37:26 When rotating an object, the moment of inertia depends on its distance from the axis of rotation. 39:13 Moment of inertia depends on the mass and distribution of the object 44:58 The video discusses rotational motion and moment of inertia 48:07 Finding moment of inertia about different axes 52:15 The video discusses rotational motion and moment of inertia 54:36 Calculate the moment of inertia for the given masses and distances on the specified axis. 59:14 The video explores rotational motion and its principles. 1:01:38 Calculating moment of inertia of continuous bodies 1:06:38 Moment of inertia of a uniform rod about a particular axis is ml²/12 1:08:41 The moment of inertia is influenced by the axis and its proximity. 1:13:22 The moment of inertia of a solid sphere is 2/5 mr² and the moment of inertia of a halo sphere is 2/3 mr² 1:17:03 Moment of inertia of a solid cylinder about a parallel axis is mr²/2. 1:21:43 The video discusses the formulas and concepts related to rotational motion. 1:23:55 The moment of inertia is given by λl³ / 3 + l³ / 4, where l is the length 1:29:48 The moment of inertia of a uniform disk can be calculated using the formula I = (1/2)mr^2. 1:31:56 Aerial mass density or surface mass 1:36:49 Moment of Inertia depends on perpendicular length and mass 1:41:15 Perpendicular distance from the axis determines the moment of inertia. 1:45:32 The total moment of inertia is 6510.18 1:48:37 The total moment of inertia can be calculated by adding the moment of inertia of the cavity. 1:52:46 Understanding perpendicular axis theorem for rotational motion. 1:55:37 Moment of Inertia Calculation and Perpendicular Axis Theorem 2:01:49 The moment of inertia about the parallel axis and perpendicular axis are related. 2:04:57 Moment of inertia about an axis is equal to mr² / 2 2:11:00 Moment of inertia for different axes in rotational motion 2:13:29 The video explains rotational motion and the concept of moment of inertia. 2:18:50 The concept of rotational motion and moment of inertia is explained in the video. 2:21:23 The moment of inertia of a halo sphere is 2/3 mr². 2:27:17 The total moment of inertia about the center of mass is given by mr² 2:30:01 The center of mass of an object is the point where its total moment is always zero. 2:35:35 The moment of inertia is minimum when the axis passes through the center of mass. 2:37:46 The moment of inertia of a disc can be calculated by adding the moment of inertia about its center of mass and the moment of inertia about a perpendicular axis. 2:43:51 The moment of inertia for a system of identical mass spheres can be calculated using the formula 2/3mr^2 2:47:01 Find the moment of inertia of a disk with a circular hole 2:51:45 The moment of inertia about an axis perpendicular to the seat passing through O is -3/8 mr². 2:54:37 Center of mass is the point where the entire mass can be assumed to be concentrated. 3:00:14 The radius of gyration can be found by squaring the radius of a uniform ring and multiplying it by mass 3:02:49 Moment of inertia is calculated using the formula mr². 3:06:41 The moment of inertia of a ring is given by mr²/2. 3:09:25 The cross product of two vectors gives a new vector with magnitude and direction. 3:15:16 A cross B gives the area of a parallelogram. 3:17:17 Understanding coordinate axes and direction in rotational motion. 3:24:35 Cross product of vectors x1 y2 and x2 y1 3:27:49 Understanding cross products and its calculation 3:33:54 Moment of Inertia: Description and importance in rotational motion 3:36:19 The turning effect of a force is defined by torque. 3:40:40 Torque is the turning effect produced by a force on an object. 3:42:48 Torque is a vector quantity that represents rotational motion. 3:47:42 Torque is defined as the cross product of the position vector and the force vector. 3:50:59 Torque is the cross product of the radius vector and force vector. 3:56:19 Torque is the product of force and the perpendicular distance from the axis of rotation 4:00:04 Understanding torque in rotational motion. 4:05:42 Understanding Torque in Rotational Motion 4:09:50 Couple force provides torque and rotates in a specific direction 4:14:57 Understanding torque and forces in rotational motion 4:17:04 The center of mass of a body is the point where a uniform force can be applied to produce the same torque as the distributed gravitational forces. 4:22:09 Angular velocity is a vector quantity. 4:24:51 Angular velocity is the rotation of an object around a circle 4:29:12 The velocity of v0 is equal to v perpendicular 4:31:34 Roshan is a chapter that deals with rotational motion and introduces concepts like moment of inertia, torque, and angular acceleration. 4:38:17 Rotational motion involves the study of objects in circular motion and their related concepts. 4:42:10 Rotational Motion is an important topic in Class 11th Physics 4:50:40 The video covers the topic of rotational motion in physics. 4:54:33 Rotational motion explained with key concepts 5:04:40 Rotational Motion is an important concept in Class 11th Physics. 5:13:23 Rotational motion involves the study of objects rotating around an axis. 5:21:25 Rotational motion is the study of objects rotating around a fixed axis. 5:26:27 Rotational Motion is the study of the motion of objects that rotate or spin. 5:38:32 Rotational motion is an important topic in Class 11th Physics 5:44:57 Rotational motion is the study of circular motion and the forces and energy associated with it. 5:56:00 Rotational Motion is a chapter in Class 11th Physics 6:00:12 Rotational motion involves the study of spinning objects and their properties. 6:12:49 Rotational motion involves the study of the motion of objects that rotate around a fixed axis. 6:18:34 Rotational motion involves the study of objects that rotate around an axis. 6:27:46 Rotational motion is the study of objects rotating around an axis. 6:33:14 Rotational motion in physics 6:42:38 Rotational motion is a chapter in Class 11th Physics 6:47:27 Rotational motion explores the physics of objects in rotational motion. 6:55:07 Rotational motion is the study of the motion of objects that rotate around a fixed axis. 6:59:06 Rotational motion and its various concepts 7:06:33 Rotational motion is the study of how objects rotate around an axis. 7:10:32 The video covers the topic of rotational motion in Class 11th Physics for Arjuna JEE. 7:18:38 Rotational Motion 7:22:46 Rotational motion involves the rotation of an object about a fixed axis. 7:30:12 Rotational motion is the study of objects rotating around an axis 7:35:26 The video is about rotational motion in Class 11th Physics 7:44:26 Rotational motion is a branch of physics that deals with the motion of objects around a fixed axis. 7:49:03 Rotational motion is the motion of an object around an axis. 7:59:03 Rotational motion is the study of objects rotating around an axis 8:02:40 Rotational motion is the study of the motion of objects rotating around an axis. 8:10:44 Rotational motion is a key topic in Class 11th Physics 8:14:25 Rotational motion is a chapter in Class 11th Physics 8:21:55 Rotational motion is the study of motion of objects that rotate around an axis. 8:25:58 Rotational motion is the study of objects rotating around a fixed axis 8:36:11 Rotational Motion Class 11th Physics 8:40:28 This video covers the topic of rotational motion in Class 11th Physics. 8:49:36 Rotational Motion is a chapter in Class 11th Physics 8:55:23 Rotational motion involves the study of objects in circular motion. 9:05:15 Rotational Motion is the study of motion of objects that are rotating around an axis. 9:10:26 Rotational motion is the movement of an object around an axis. 9:20:57 Rotational Motion is a chapter in Class 11th Physics 9:27:55 Rotational motion is the study of objects rotating around an axis. 9:37:26 The video discusses rotational motion in physics. 9:42:15 Rotation is the motion of an object around a fixed axis 9:51:18 The video covers the topic of rotational motion in Class 11th Physics. 9:56:57 Rotational motion is the study of objects moving in circular paths and the various concepts associated with it.

[@AyanBagwan-b4g]

This defines the PW free lecture on KZbin contains that amount of content hands off to alakh sir and himanshu sir thanks 🙏🙏🙏🙏

[@chaitanyasharmastudy]

i guess u wanted to say hats off lol

[@askmask450]

Ari mori maiya 10 hr😢😢😢😢

[@anand.kumar.169]

Jan le lega

[@ItzFantasy]

BRO YE SAME TO SAME SENTENCE MAI BHI LIKHNE WALA THA 😂😂😂

[@imjustagurlinaworld]

Mere mu se to haaye raam nikla time dekh ke 😅

[@SayanDey-pp3ol]

Are bhaiyo, rotational motion 11th ka sabse badha chapter hai, Isko patience le kar 2-4 din me padho. Thoda thoda karke numerical laga kar samjho. Nahi to dikkat hoga. Agar ise kar loge to mains me 8 marks aur advanced me bhi marks. Aur iss chapter ka basic concepts 12th mein kam ayega.

[@Ashwamegh_kumar]

Are bhai 10 hours bhi is chapter ko dena kam hai

[@Tarun-xg4md]

Legend . Made continuous 10 hrs video without any break ❤❤❤ .himanshu sir hats off to you.

[@MBBS159]

But why hate you sir

[@seaweedbrain2933]

?? @@MBBS159

[@abhinavanand7750]

Who hated whom?

[@charuhaskarande313]

​@@abhinavanand7750are bhai vo hate hate nahi kar rha hai hats off (tarif) kar rha hai😂

[@abhinavanand7750]

Damn Bhai , ye log to mbbs laga ke dawaiyo ka naam likhna bhul geye hai

[@PrincePandey-d6o]

6:14:31sec sir ans angular acceleration 7g/18R ho ga

[@khageshranjan8960]

yes

[@BOUNTYCLASHER6125]

Timestamps - 00:00​ - Introduction 05:14​ - Moment of Inertia 18:30​ - Moment of Inertia For Discreet Systems 1:02:32​ - Moment of Inertia For Continuous Mass Systems 1:07:27​ - MOI of Same Continuous Bodies 1:51:47​ - Perpendicular Axis Theorem 2:24:27​ - Parallel Axis Theorem 2:54:03​ - Radius of Gyration 3:07:22​ - Vector Multiplication 3:35:35​ - Torque 4:03:17​ - Couple Force 4:11:25​ - Point of Application of Force 4:20:34​ - Angular Velocity and Acceleration in Vector Form 4:31:18​ - Translation vs Rotation 4:36:57​ - Equillibrium of a Body 5:12:07​ - Toppling 5:30:57​ - Pure Rotation 5:50:02​ - Real Pulley 6:15:16​ - Rotational Kinematics 6:26:03​ - Constraint Relation 6:32:58​ - Combined Rotation and Translation 6:45:12​ - Location of Instantaneous Center of Rotation 7:25:05​ - Kinetic Energy 7:36:15​ - Work Energy Theorem 7:55:02​ - Rolling Motion 8:49:28​ - Kinetic Energy in Rolling 8:56:46​ - Work-Energy Theorem in Rolling 9:18:21​ - Rolling on Incline 9:28:29​ - Angular Momentum 9:45:10​ - Conservation of Angular Momentum 10:02:12​ - Thank you, bacchon! Thaks sir❤❤❤

[@anshikagoswami3846]

Sir We can sit even 12hrs non stop... Bs aap log syllabus complete kra-eyega.......and hats off to your efforts

[@rahulmali-hhpp]

Bro ek saath 12 hr dekho ge to sab bhul jaaoge 😊

[@anshikagoswami3846]

@@rahulmali-hhpp I am just doing revision broo

[@rahulmali-hhpp]

@@anshikagoswami3846 ohh notes nahi bnate kya 😃

[@anshikagoswami3846]

@@rahulmali-hhpp notes meri coaching ke h

[@VlexOP]

​@@anshikagoswami3846konsi coaching?

[@Its_meet_games]

39:34 triangle from perpendicular< triangle from tip Hollow sphere>Solid sphere

[@himanshuguptaixa2896]

5:31:00 f=3mg/4

[@lcbigboi9264]

Could you explain the solution plss

[@YtooYyt]

Ang accl =3gcos(angle between rod and horizontal) divide by 2×legth of rod Use this trick

[@Gamerxyz311]

Kiska kiska lecture nhi chal raha hai 😢

[@PHOENIX-vq1rv]

Mera

[@Gamerxyz311]

Lecture ko download kro toh chalega

[@cricket_entertainment..funny.]

Ye naya problem aaya hai is channel pe😊

[@Buradprem]

Mera

[@VANSH_2219]

Mine

[@taragupta7415]

6:14:05 yaha pr 4m × (2R) whole sqaure should come right?

[@Physics-w8w]

5:12:03 😮

[@JayaSharma-tw5gj]

Yes

[@shriharisundar9056]

6:14:05 Shouldnt the 4m mass give 4m(2R)^2 torque?? so final answer 7g/18R

[@prathamraichura4076]

6:14:44 thodi galti kardi sir, MOI mein jo 4m ka radius hoga vo 2R hai. Answer 7g/18 aayega.

[@phshakyagaming3572]

Yehi Mera aya😊

[@sandeepmaheshwari108]

The length of chapter is able to tell about it's self

[@dhruvsharma5787]

7:53:29 sir question me likha hua hai ki "m1 descents by a distance h" to equation m1gh-m2gh ni honi chaiye thi?

[@nng4047]

I want to know which rotational motion lecture is better This one Or Saleem sir’s rotation motion lecture in manzil 2024 And other than these two is there any other good one shots on rotational motion for a newbie with all concepts

[@Shreemann-s3o]

Himanshu sir overpowered..❤❤☀️

[@Biranchi001]

This video isn't playing 😭 Video sirf scan ho raha hai but play nahin ho raha hai🥺

[@Deven-o3r]

Same with me

[@udaanwallahfanclub]

Abhi check Karo Ho jayega

[@taragupta7415]

9:58:00 again calculation galat hai 1.8 nhi 9 ayega aap 5 multiply karna bhul gye 🙂 and 1.8 to aa hi nhi skta kyuki omega badega to omega initial < omega final zyada rahega to omega final 5 se bada hi ayega

[@BANSALPRINCE]

himanshu sir has a great patiance level like tarun sir which salim sir does not that is required! no hate but difficult topics need patience and it reduce time duration

[@roastingmyjob4977]

Very much true that's why I left Saleem sir one shot in half way and came here.

[@AashishKumar-kq4oi]

This was epic "are sas bhi kabhi bahu thi 😂😂"

[@aryankpshorts8282]

Sayad 9:39:48 mein calculation mistake hai but thankyou sir ji....❤❤❤❤❤😅😊😊😊

[@Ashok_Kumar75]

4:11:03 sir I think it will be in anticlockwise direction

[@garv2007eas]

yes it's anticlockwise

[@bdlgupta]

Finally Completed 😮🎉

[@Vishalgupta-rc8gt]

enough for jee mains and advance and school level ?

[@ydvMohit0001]

​@@Vishalgupta-rc8gtyes bro

[@AtharvSharma-hf1df]

3:35:51 romance of inertia

[@abhinavarya7958]

Is this helpful for jee mains।।। Is it enough

[@Krishna-tt7iy]

Yes

[@Imyoursk11ddo]

more than sufficient for mains and adv too bss questions lagao jamke

[@prashantvlogs8743]

Salute sir ab tak largest lec apki mhenat ko salute karta hu sab log salute likh do aur op likh do 😢😢himanshu sir ke liye

[@PatrickBateman43961]

Nhi bhai inse bhi long lec Mr sir ka h jee wallah mein 10 hr ke 2 lec h

[@sntiwari3841]

home work question (time-39:33 after ) answer 5- I1 < I2 6- I1 > I2

[@MitaliGadia]

6 will be I1 < I2 ig

[@BHUMI04]

Why the video isn't working

[@jyotiyaduvanshi335]

9:39:49 Sir calculation is wrong. Correct answer is 6

[@AmitKumar-u9r1v]

Finally completed ❤🎉 Thank you sir ❤😊

[@PremPanchal-gu1dw]

5:42:23 Small Correction :- Moment of Inertia of mg about hinge is (ml^2)/12 not (ml^2)/3

[@study-r2r]

Nope

[@study-r2r]

It's correct

[@shaitang1956]

Who are here to create frontlog?😅

[@ayushhhhhh781]

Accha 😅 hm to backlog Wale hai 💀🐒

[@Arhamranka-qd9fo]

Aree beta sraap lagega tuje

[@Shriwal2287]

9:57:42 Omega 9 rpm hoga sir Aapne 5 se multiply nahi kara

[@kashishgupta3401]

2:49:46 sir book ka promotion kr te hue 😂😂

[@VANSH__GARG_34893]

Is Arjuna jee batch is for jee mains ??

[@fhworld5622]

If ur watching for schl exam then do not watch these topics (waste of time 😕)- - perpendicular axis theorem - parallel axis theorem - transitions vs rotation - toppling - real Pulley - constraint relation -Combined Rotation and Translation - Location of Instantaneous Center of Rotation - Kinetic Energy -Work Energy Theorem -Rolling Motion -Kinetic Energy in Rolling - Work-Energy Theorem in Rolling -Rolling in inclined Inn sab ko chor ke jitne bache wh sab h cbse me use hi padh lo And I hope ki koi aur mere jesa hoga Jo bade chp me board ke topic batade

[@doraken14]

Love you bhaii ❤

[@StudentPriyansh]

Bhai iske baad kuch Bach hai 😅

[@Sarcasm-47]

dhannyabaad bhai ♥️🙏🙏 bhagwan tumhe iit bombay cse denge

[@parthsingh3350]

Aag laga di aag 🔥10 hrs 😲

[@jyotiyaduvanshi335]

Neither Saleem Sir nor Rajwant Sir, the best teacher of physics is only Himanshu Sir 😊

[@SurendraGupta-gs3qz]

You are Still judging 😂 11th me hoge pakka

[@Sonam-uw9dy]

Can't we normalize appreciating all teacher without comparing them with another one!!?!

[@totalbhai242]

रक्षक sir

[@MrAli-us4us]

2:44:55 hw mR²/2+m(πR²-4R²)/π

[@Egfgbhu]

How

[@UtkarshKumar-eh4fr]

Lecture hi nhi on ho RHA h Kya karu??😢

[@freefirereelzz6399]

Ma kasam jee tu nikalega ❤ 10 hr 😊

[@study-r2r]

2:45:00 i got (15MR² -4pieMR²)/10 Taking pie² as 10 First finding I abt COM COM of ring is 2R/pie MR²/2= Icm +4MR²/pie² Icm= MR²/10 Now I is I = MR²/10 + M(R(pie-2)/pie)² I= MR²/10 + M(R²(PIE² + 4 - 4PIE)/ PIE²) I=MR²/10 + M(10R² +4R² - 4(PIE)R² )/10 I=15MR² - 4(PIE)MR²/10 IF WRONG PLEASE CORRECT😢

[@gurugamingx2685]

# Arjuna attendance . ❤salimians❤

[@KhanAdR]

Lecture chal kyu nhi raha 😢😢

[@Deven-o3r]

Same with me

[@KhanAdR]

@@Deven-o3r 😢😢

[@headitorsff1576]

Sir pura nahi dekha par samjh AA gya 😂😂

[@anand.kumar.169]

Yahi na ki hamse nahi ho payega 😂😂

[@Tu_kyon_distracthua]

Me to you:-tujhse na ho payega 😞

[@headitorsff1576]

​@@anand.kumar.169are bhai padh toh lo likha kya hai maine ...Bina padhe hi aata hai 😅😂😂

[@headitorsff1576]

​@@Tu_kyon_distracthuapadh toh sahi bhai sahi seee 😅

[@sanatandharma48]

​@@headitorsff1576 batado bhai kya bole

[@Knight-o9u]

Thanks sir ❤

[@reader-iv1jj]

2024 25 batch attendance 😅

[@freefirereelzz6399]

Khushi here 😊

[@reader-iv1jj]

@freefirereelzz6399 free fire khelo 😂😂

[@freefirereelzz6399]

@@reader-iv1jj kyu nhi 🤗

[@reader-iv1jj]

@freefirereelzz6399 I'd de do ji apna 🤣

[@reader-iv1jj]

@freefirereelzz6399 I'd kya hai ji apka 😂

[@vaibhavjha5608]

Baki sab toh theek hai but Lecture ki length thodi casual thi

[@study-r2r]

6:20:00 Hw 1. 10 rad/sec² 2.100rad/sec 3.250/2(pie) revolutions 4.2 [root 2(pie)] sec Are these coreect😢

[@AyaanDewangan]

Bhai explanation???

[@saicharan03747]

Standing and teaching continuously for 10 hrs is not an easy work with all concepts cleared with the best efforts❤ Thanks a lot sir ❤❤

[@jyotiyaduvanshi335]

9:57:59 Sir has done a silly mistake. Correct answer is 9rpm

[@ShivangiMishra-d4s]

Sir cavity wale question mein aapko 64/35 Mr square + 2 X 35 MR square karna tha lekin aapane donon ko mines kar diya to answer 62.35 Mr square ke bajay 66/35 MR square aayega

[@Eternalshash]

sir in the question 6:02:19 how can the mass of pully and block be same

[@IITian_Shivamm]

Rkh

[@Tejas-kz1yj]

10 hours lecture 💀💀💀 MOYE MOYE

[@gauravSharma-2007]

Video is not play my mobile😢😢

[@misbaahuddinhasan1887]

English is not learn you

[@Pw-jf6dg]

😅 3:21:17 ​@@misbaahuddinhasan1887

[@Thesharpkiller.7]

Backlog killer 😂❤

[@_blue_dragon_]

Saleem sir : Bs 5min dedo😂 sab revise kra dunga 10x pe No hate to any teacher❤ love to all pw teachers❤️💚

[@rajeshgoyal4962]

Class complete👌💯🎉🎉

[@taragupta7415]

9:39:45 ans 3 nhi 6 aa rha hai but vo to option me hi nhi hai

[@shourya204]

3:02:37 is it applicable for finding moment of inertia along all three axis with same radius of gyration

[@shrideviapatiyl5519]

won't the mass of pulley and block be different at 9:10:11 ?

[@MONEY-xs3zp]

Himashuuuu Sirrrrr ❤❤❤❤❤

[@aryankeshrivines7657]

Himanshu sir know how to use smartboard perfectly 😂

[@Prashant_rao631]

Himanshu gupta sir dil se 100000000 bar naman 😊❤❤❤❤❤❤❤❤❤

[@AnikRana-gf9cz]

6:14:07 sir yaha 4m(2R)² hota

[@pratibhaverma188]

Ye chapter to Arjuna 1.0 me start hi nhi hua abhi to centre of mass hi chl rha hai to backlog kese hua🧐🧐🧐🧐🧐🧐🧐🧐

[@harshdixit9543]

jinka bana wala ha unke liye pehle hi bna diya.

[@Barnavic_1031]

12th ke liye

[@educationalspirit.]

Can someone explain me why he took 1m as the distance in thee see saw equilibrium question?

[@jyotiyaduvanshi335]

7:54:40 ans. = √30

[@Senueee-r1s]

3:35:04 5i +11j +7k

[@mastramchidar6729]

Ram Ram sir ji 💞💞💞 love you sir ji and thankyou so much sir ji for this amazing leacture maja aa gaya sir ji 💞

[@NameethBisai]

3:53:33 kaise pata chal rha hai sir clockwise hai yaa anti clockwise hai ?

[@Shreyan5h]

Imagine to Rotate the edge of rod in the direction of force in circular loop

[@SamyakMisal]

3:58:25 Guys chotu sa calc error hy exact answer is T = -6i -3j +4k (sir se bhi galti ho sakti hy ) Ab tak jitna Samja hy pura samaj mein aaya hy sir 🩷🥰

[@angelichae]

nahi sir ka sahi h aap wapas kro

[@ArjunSurvase-r8o]

9.09.16 how are u adding the masses because masses are given different of block and uniform cylinder Block mass=m Uniform cylinder mass =M

[@ADITYAKUMAR..]

Power of himanshu sir op ❤❤

[@prabalsinghsengar829]

Completed it in 3days 🎉

[@tanveerfiroz4220]

Sir lecture nahi chal raha hai .

[@pratyushgoel1457]

5:46:25 yaha pr acceleration about COM alpha×L/2 kase aaya

[@shivamjaiswal4233]

Leture kesa jeska nhi chal Raha hai

[@youtechitech]

day 1--- done till end of parallel axes theorem

[@nipunsengar3033]

9:11:41 sir yaha pe work done by normal +MgH hona chahiye tha na???😢