TO SAVE YOUR TIME (pls like so that others can also see this time stamp) 1:40 Difference between system of particles and point mass 10:00 Centre of mass(COM) 22:15 Calculation of COM 44:50 Moment of force(TORQUE) 56:15 Torque by a couple 1:06:20 Experiment 1:15:25 Applications or torque 1:19:20 S.I unit of torque 1:22:02 Moment of Inertia(MOI) 1:36:50 Radius of gyration 1:43:48 Angular velocity and angular acceleration 1:52:07 Equations of motion in rotational motion 2:03:15 Angular momentum and it's conservation 2:15:05 Experiment 2:18:18 Applications of conservation of angular momentum 2:21:24 Relation between kinetic energy and MOI 2:22:30 Relation between angular momentum and MOI 2:23:10 Relation between Torque and MOI. THANK YOU
@@dharmendrakumarmishra2410hey , can you tell me something, i have studied nothing in whole syllabus... and in a week I have my U.T. and rotational is coming, which chapters i need to study before rotational to understand it ????😢
1:40 Difference between system of particles and point mass 10:00 Centre of mass(COM) 22:15 Calculation of COM 44:50 Moment of force(TORQUE) 56:15 Torque by a couple 1:06:20 Experiment 1:15:25 Applications or torque 1:19:20 S.I unit of torque 1:22:02 Moment of Inertia(MOI) 1:36:50 Radius of gyration 1:43:48 Angular velocity and angular acceleration 1:52:07 Equations of motion in rotational motion 2:03:15 Angular momentum and it's conservation 2:15:05 Experiment 2:18:18 Applications of conservation of angular momentum 2:21:24 Relation between kinetic energy and MOI 2:22:30 Relation between angular momentum and MOI 2:23:10 Relation between Torque and MOI.
00:04 The video is about the chapter on System of Particles & Rotational Motion. 02:33 A body that covers a distance much greater than its size can be considered as a point mass. 07:11 Rotational motion is the study of a system of particles rotating on its axis or in circular motion. 09:42 The concept of center of mass explains how a collection of particles can be balanced. 14:08 The center of mass lies at the geometric center of a uniform body. 16:50 Center of mass of a heavy body shifts towards the heavier side. 20:22 The center of mass of a system is always where it is 22:06 Calculation of Center of Mass 26:12 Finding the center of mass of a system of particles 28:32 Finding the center of mass between two atoms 32:47 The center of mass came exactly as expected 34:41 Taking the system on the axis makes calculations easier. 38:26 Calculating the center of mass using the formula m1*r1 + m2*r2 + m3*r3 / (m1 + m2 + m3) 40:35 The topic discussed is the center of mass in physics 44:12 Torque is the turning effect of force. 46:20 Torque is the turning effect of force applied to an object. 49:58 Torque is the turning effect of force with respect to the axis of rotation. 52:14 Torque is a vector quantity calculated using cross product 56:08 Torque is generated from the coupler. 58:15 Couples can cause rotational motion but not translational motion. 1:02:14 Increasing the perpendicular distance (r) increases the turning effect (torque) without increasing the force (f). 1:04:26 Balancing a bottle on your shoulder requires torque and balancing efforts. 1:08:01 Understanding torque and its effect on rotational motion 1:10:00 Performing a rotational motion experiment with careful instructions. 1:14:21 Torque is important in lifting heavy objects and applying force to rotate things. 1:16:10 Increasing the radius increases the turning effect in rotational motion 1:20:03 Torque is the key concept discussed in this subpart. 1:21:49 Moment of Inertia is the property of a substance that resists the change in rotational motion. 1:26:01 The total moment of inertia is the sum of the moment of inertia of individual particles. 1:27:56 Rotating a large thread makes it more difficult to stop. 1:31:50 The moment of inertia of the disk and ring increases as the distance from the center increases. 1:33:35 Moment of inertia of different objects 1:37:30 The radius of gyration represents the root mean square value of the arm length of each particle in a system of particles. 1:39:33 The total mass of a system of particles can be calculated by multiplying the mass of one particle with the total number of particles. 1:43:37 Angular velocity and acceleration in rotational motion 1:45:51 System of particles in rotational motion 1:49:55 Linear velocity and angular velocity are different in rotational motion. 1:52:02 Derivation and equations of motion in rotational motion for angular velocity and displacement 1:56:38 Derivation of the second equation of rotational motion with angular acceleration 1:58:48 Derivation of the third equation for rotational motion 2:03:01 Law of Conservation of Angular Momentum and its relation to rotational motion explained 2:04:56 Angular momentum is the product of mass and velocity, and its unit is kg meter square per second. 2:09:50 Torque and angular momentum are related and angular momentum is conserved in the absence of external torque. 2:11:55 By reducing the radius, the angular momentum is conserved and the velocity increases. 2:15:19 Water bottle rotation is affected by its mass and the level of water filled. 2:17:07 Increasing r reduces omega and conserves angular momentum 2:20:47 Laws of Conservation in System of Particles & Rotational Motion 2:22:57 The topic discussed is torque and moment of inertia
1) 1:40 Difference between system of particles and point mass 2) 10:00 Centre of mass(COM) 3) 22:15 Calculation of COM 4) 44:50 Moment of force(TORQUE) 5) 56:15 Torque by a couple 6) 1:06:20 Experiment 7) 1:15:25 Applications or torque 8) 1:19:20 S.I unit of torque 9) 1:22:02 Moment of Inertia (MΟΙ) 10) 1:36:50 Radius of gyration 11) 1:43:48 Angular velocity and angular acceleration 12) 1:52:07 Equations of motion in rotational motion 13) 2:03:15 Angular momentum and it's conservation 14) 2:15:05 Experiment 15) 2:18:18 Applications of conservation of angular momentum 16) 2:21:24 Relation between kinetic energy and ΜΟΙ 17) 2:22:30 Relation between angular momentum and MOI 18) 2:23:10 Relation between Torque and MOI. Thanks 😊
Difference between system of particles and point mass 10:00 Centre of mass(COM) 22:15 Calculation of COM 44:50 Moment of force(TORQUE) 56:15 Torque by a couple 1:06:20 Experiment 1:15:25 Applications or torque 1:19:20 S.I unit of torque 1:22:02 Moment of Inertia(MOI) 1:36:50 Radius of gyration 1:43:48 Angular velocity and angular acceleration 1:52:07 Equations of motion in rotational motion 2:03:15 Angular momentum and it's conservation 2:15:05 Experiment 2:18:18 Applications of conservation of angular momentum 2:21:24 Relation between kinetic energy and MOI 2:22:30 Relation between angular momentum and MOI 2:23:10 Relation between Torque and MOI. THANK YOU
1:40 Difference between system of particles and point mass 10:00 Centre of mass(COM) 22:15 Calculation of COM 44:50 Moment of force(TORQUE) 56:15 Torque by a couple 1:06:20 Experiment 1:15:25 Applications or torque 1:19:20 S.I unit of torque 1:22:02 Moment of Inertia(MOI) 1:36:50 Radius of gyration 1:43:48 Angular velocity and angular acceleration 1:52:07 Equations of motion in rotational motion 2:03:15 Angular momentum and it's conservation 2:15:05 Experiment 2:18:18 Applications of conservation of angular momentum 2:21:24 Relation between kinetic energy and MOI 2:22:30 Relation between angular momentum and MOI 2:23:10 Relation between Torque and MOI. THANK YOU
8:54 circular easy 17:35 com will lie near 20kg plate 29:19 1angstrom se zyada hoga 49:24 F sin theta 1:27:58 bde dhaage mein ghumana mushkil h 1:47:26 equal angle 1:48:50 linear velocity alg hogi
1:16:20 i dont know if anyone is going to read this or not but i will still comment you can also do this aplication: "it is easier to open fridge door from 1 ride rather then the handle provided which is close to center."
Fr there's no trick I would say just slide your hand between the insulation of rubber that would be actually more easier to open and there's no way to do it as if you really want to put more mere force lol@@L1ght10
Answers: 17:49 - 20kg ke plate ke taraf 29:17 - 1 Angstrom se zyaada hoga 49:40 - F Sin Theta, because of y-axis motion 1:28:00 - It is easier to rotate with a short thread 1:47:31 - Equal Angle 1:48:57 - Different Linear Velocity
First time one shot me detailed explanation with experiments dekha... Aur aaj Physics padh ke sach me feel aa gayi... Thank-you so much Sir.... India needs true teacher like you... Thank-you so much Sir.... ❤
Centre of mass of a two-particle system, momentum conservation and Centre of mass motion. Centre of mass of a rigid body; centre of mass of a uniform rod. Moment of a force, torque, angular momentum, law of conservation of angular momentum and its applications. Equilibrium of rigid bodies, rigid body rotation and equations of rotational motion, comparison of linear and rotational motions. Moment of inertia, radius of gyration, values of moments of inertia for simple geometrical objects (no derivation).
2:18:33 sec "bacche oneshot dekhne revision krne k liye aate h " and here I'm one day before my exam touching this chapter and crying abt it (pta ni kya hoga mera)🤡🥲
TO SAVE YOUR TIME (pls like so that others can also see this time stamp) 1:40 Difference between system of particles and point mass 10:00 Centre of mass(COM) 22:15 Calculation of COM 44:50 Moment of force(TORQUE) 56:15 Torque by a couple 1:06:20 Experiment 1:15:25 Applications or torque 1:19:20 S.I unit of torque 1:22:02 Moment of Inertia(MOI) 1:36:50 Radius of gyration 1:43:48 Angular velocity and angular acceleration 1:52:07 Equations of motion in rotational motion 2:03:15 Angular momentum and it's conservation 2:15:05 Experiment 2:18:18 Applications of conservation of angular momentum 2:21:24 Relation between kinetic energy and MOI 2:22:30 Relation between angular momentum and MOI 2:23:10 Relation between Torque and MOI. THANK YOU
1) 1:40 Difference between system of particles and point mass 2) 10:00 Centre of mass(COM) 3) 22:15 Calculation of COM 4) 44:50 Moment of force(TORQUE) 5) 56:15 Torque by a couple 6) 1:06:20 Experiment 7) 1:15:25 Applications or torque 8) 1:19:20 S.I unit of torque 9) 1:22:02 Moment of Inertia (MΟΙ) 10) 1:36:50 Radius of gyration 11) 1:43:48 Angular velocity and angular acceleration 12) 1:52:07 Equations of motion in rotational motion 13) 2:03:15 Angular momentum and it's conservation 14) 2:15:05 Experiment 15) 2:18:18 Applications of conservation of angular momentum 16) 2:21:24 Relation between kinetic energy and ΜΟΙ 17) 2:22:30 Relation between angular momentum and MOI 18) 2:23:10 Relation between Torque and MOI. Like plss
Best one shot series ever❤ he is just covering all concepts in a single video with experiments 😊 salute to you sir.please continue this series it help us a lot❤
17:49 - 20kg ke plate ke taraf 29:17 - 1 Angstrom se zyaada hoga 49:40 - F Sin Theta, because of y-axis motion 1:28:00 - It is easier to rotate with a short thread 1:47:31 - Equal Angle 1:48:57 - Different Linear Velocity Reply
Sir, this video literally saved my life ❤ and I understood each and everything nd now I am gonna watch the most important questions for this chapter and I will try to practice those numericals by my own.😊
49:49..he literalllysaid "din vichon tere leyi tym kaddke" and replied to reema mam in between class ig ( he literally teaches us a lot except phy and chem)🌟♥
17:57 20 kg 48:34 restart 1:04:34 restart 2 , feeling tired today bcz of some travelling issue but will complete by today 2:25:40 Thank you sir ..... completed it today ... man of words
Fantastic One shot for building concepts You are great Sir, you taught all the concepts in just 2 hours HATSS OFF TO YOU SIRR.... ♥♥♥♥♥♥♥♥♥♥♥♥♥♥♥♥♥♥♥♥♥♥♥♥
Really sir , these one shots are very much helpful...thank you thank you so much...❤️...and specially Ashu sir apka pardhane ka technique mujhe bohot pasand hai...🤗mujhe acche se concepts samaj ajata hai..
Thanku sir ❤❤😊 aapki practical ki wajah se mujhe concept clear ho gya or inertia to bhut ache se 😊 lekin m ye pehle baar dekh rhi hu or mujhe nhi lgta mujhe revision ki jarurat hogi pehle mein aapse chemistry padhti thi ab physics bhi sir aise hi one short practical k sth laye plzz or aapka bhut bhut thanku humare future k liye sochne k liye 😊
East or west ashu sir is best because when I am in class 9 seen lectures of ashu sir 🙂 And in 10 class because of him i score 89.9 percent thanku ashu sir we are always with you and we are see you always with a beautiful smile and a lot of happiness 😊
TO SAVE YOUR TIME (pls like so that others can also see this time stamp)
1:40 Difference between system of particles and point mass
10:00 Centre of mass(COM)
22:15 Calculation of COM
44:50 Moment of force(TORQUE)
56:15 Torque by a couple
1:06:20 Experiment
1:15:25 Applications or torque
1:19:20 S.I unit of torque
1:22:02 Moment of Inertia(MOI)
1:36:50 Radius of gyration
1:43:48 Angular velocity and angular acceleration
1:52:07 Equations of motion in rotational motion
2:03:15 Angular momentum and it's conservation
2:15:05 Experiment
2:18:18 Applications of conservation of angular momentum
2:21:24 Relation between kinetic energy and MOI
2:22:30 Relation between angular momentum and MOI
2:23:10 Relation between Torque and MOI.
THANK YOU
Appreciate bro
Thank you brother
Parallel axiss therom ?
@@dharmendrakumarmishra2410hey , can you tell me something, i have studied nothing in whole syllabus... and in a week I have my U.T. and rotational is coming, which chapters i need to study before rotational to understand it ????😢
Thank you bhai apna time waste krke hmara time bacha liya
1:40 Difference between system of particles and point mass
10:00 Centre of mass(COM)
22:15 Calculation of COM
44:50 Moment of force(TORQUE)
56:15 Torque by a couple
1:06:20 Experiment
1:15:25 Applications or torque
1:19:20 S.I unit of torque
1:22:02 Moment of Inertia(MOI)
1:36:50 Radius of gyration
1:43:48 Angular velocity and angular acceleration
1:52:07 Equations of motion in rotational motion
2:03:15 Angular momentum and it's conservation
2:15:05 Experiment
2:18:18 Applications of conservation of angular momentum
2:21:24 Relation between kinetic energy and MOI
2:22:30 Relation between angular momentum and MOI
2:23:10 Relation between Torque and MOI.
❤gajab
1 2 3
Oi
Thanks
Sahi hai bhai
00:04 The video is about the chapter on System of Particles & Rotational Motion.
02:33 A body that covers a distance much greater than its size can be considered as a point mass.
07:11 Rotational motion is the study of a system of particles rotating on its axis or in circular motion.
09:42 The concept of center of mass explains how a collection of particles can be balanced.
14:08 The center of mass lies at the geometric center of a uniform body.
16:50 Center of mass of a heavy body shifts towards the heavier side.
20:22 The center of mass of a system is always where it is
22:06 Calculation of Center of Mass
26:12 Finding the center of mass of a system of particles
28:32 Finding the center of mass between two atoms
32:47 The center of mass came exactly as expected
34:41 Taking the system on the axis makes calculations easier.
38:26 Calculating the center of mass using the formula m1*r1 + m2*r2 + m3*r3 / (m1 + m2 + m3)
40:35 The topic discussed is the center of mass in physics
44:12 Torque is the turning effect of force.
46:20 Torque is the turning effect of force applied to an object.
49:58 Torque is the turning effect of force with respect to the axis of rotation.
52:14 Torque is a vector quantity calculated using cross product
56:08 Torque is generated from the coupler.
58:15 Couples can cause rotational motion but not translational motion.
1:02:14 Increasing the perpendicular distance (r) increases the turning effect (torque) without increasing the force (f).
1:04:26 Balancing a bottle on your shoulder requires torque and balancing efforts.
1:08:01 Understanding torque and its effect on rotational motion
1:10:00 Performing a rotational motion experiment with careful instructions.
1:14:21 Torque is important in lifting heavy objects and applying force to rotate things.
1:16:10 Increasing the radius increases the turning effect in rotational motion
1:20:03 Torque is the key concept discussed in this subpart.
1:21:49 Moment of Inertia is the property of a substance that resists the change in rotational motion.
1:26:01 The total moment of inertia is the sum of the moment of inertia of individual particles.
1:27:56 Rotating a large thread makes it more difficult to stop.
1:31:50 The moment of inertia of the disk and ring increases as the distance from the center increases.
1:33:35 Moment of inertia of different objects
1:37:30 The radius of gyration represents the root mean square value of the arm length of each particle in a system of particles.
1:39:33 The total mass of a system of particles can be calculated by multiplying the mass of one particle with the total number of particles.
1:43:37 Angular velocity and acceleration in rotational motion
1:45:51 System of particles in rotational motion
1:49:55 Linear velocity and angular velocity are different in rotational motion.
1:52:02 Derivation and equations of motion in rotational motion for angular velocity and displacement
1:56:38 Derivation of the second equation of rotational motion with angular acceleration
1:58:48 Derivation of the third equation for rotational motion
2:03:01 Law of Conservation of Angular Momentum and its relation to rotational motion explained
2:04:56 Angular momentum is the product of mass and velocity, and its unit is kg meter square per second.
2:09:50 Torque and angular momentum are related and angular momentum is conserved in the absence of external torque.
2:11:55 By reducing the radius, the angular momentum is conserved and the velocity increases.
2:15:19 Water bottle rotation is affected by its mass and the level of water filled.
2:17:07 Increasing r reduces omega and conserves angular momentum
2:20:47 Laws of Conservation in System of Particles & Rotational Motion
2:22:57 The topic discussed is torque and moment of inertia
1) 1:40 Difference between system of particles and point mass
2) 10:00 Centre of mass(COM)
3) 22:15 Calculation of COM
4) 44:50 Moment of force(TORQUE)
5) 56:15 Torque by a couple
6) 1:06:20 Experiment
7) 1:15:25 Applications or torque
8) 1:19:20 S.I unit of torque
9) 1:22:02 Moment of Inertia (MΟΙ)
10) 1:36:50 Radius of gyration
11) 1:43:48 Angular velocity and angular acceleration
12) 1:52:07 Equations of motion in rotational motion
13) 2:03:15 Angular momentum and it's conservation
14) 2:15:05 Experiment
15) 2:18:18 Applications of conservation of angular momentum
16) 2:21:24 Relation between kinetic energy and ΜΟΙ
17) 2:22:30 Relation between angular momentum and MOI
18) 2:23:10 Relation between Torque and MOI.
Thanks 😊
Difference between system of particles and point mass
10:00 Centre of mass(COM)
22:15 Calculation of COM
44:50 Moment of force(TORQUE)
56:15 Torque by a couple
1:06:20 Experiment
1:15:25 Applications or torque
1:19:20 S.I unit of torque
1:22:02 Moment of Inertia(MOI)
1:36:50 Radius of gyration
1:43:48 Angular velocity and angular acceleration
1:52:07 Equations of motion in rotational motion
2:03:15 Angular momentum and it's conservation
2:15:05 Experiment
2:18:18 Applications of conservation of angular momentum
2:21:24 Relation between kinetic energy and MOI
2:22:30 Relation between angular momentum and MOI
2:23:10 Relation between Torque and MOI.
THANK YOU
Thank you ❤
AASHU BHAI KE AAGE KOI BOL SAKTA HAI KYAA... AASHU BHAIIIIIIIII 😂
😂😂
Aeeeeee😂😂😂😂
Bach.. mat kar ghode ek g..d pe rahepta maar na sadak PE hagta phirega
😂😂😂😂😂😂😂
Ashu bhai ki mummy bol sakti hei bhaiiiiii❤❤❤❤
1:40 Difference between system of particles and point mass
10:00 Centre of mass(COM)
22:15 Calculation of COM
44:50 Moment of force(TORQUE)
56:15 Torque by a couple
1:06:20 Experiment
1:15:25 Applications or torque
1:19:20 S.I unit of torque
1:22:02 Moment of Inertia(MOI)
1:36:50 Radius of gyration
1:43:48 Angular velocity and angular acceleration
1:52:07 Equations of motion in rotational motion
2:03:15 Angular momentum and it's conservation
2:15:05 Experiment
2:18:18 Applications of conservation of angular momentum
2:21:24 Relation between kinetic energy and MOI
2:22:30 Relation between angular momentum and MOI
2:23:10 Relation between Torque and MOI.
THANK YOU
Bro happy in time waste
8:54 circular easy
17:35 com will lie near 20kg plate
29:19 1angstrom se zyada hoga
49:24 F sin theta
1:27:58 bde dhaage mein ghumana mushkil h
1:47:26 equal angle
1:48:50 linear velocity alg hogi
Hi
@@HarmansinghKalsi-v1r yes
@@HarmansinghKalsi-v1rhi
@@HarmansinghKalsi-v1r downbad lol
Hllo❤❤❤
Great words said sir, I'll assure you sir that the reason I'll pass 11th class exams with appreaciable marks is Ashu sir. Lots of love
Pata nhi revision kar rha hu ya dobara se pad rha hu 😭😭😭
Us Bhai us 😭
Mai to 1st time padh hi rha😅
@@Rishideasbhai iss lecture se padhe toh samajh ajayega kya chapter ??
Apne iss video se hi padha kya ???
@@TheOne-lx5ulmena puri physics ashu sir seh he pdhi ha😢😅
Ma bhe first time kal exam ha
😅😢
1:16:20 i dont know if anyone is going to read this or not but i will still comment you can also do this aplication: "it is easier to open fridge door from 1 ride rather then the handle provided which is close to center."
thanks man, I must say it is a great trick
@@anmolkathpal9062 😁keep learning best of luck bro
@@anmolkathpal9062 what trick?? LMAOOO
Fr there's no trick I would say just slide your hand between the insulation of rubber that would be actually more easier to open and there's no way to do it as if you really want to put more mere force lol@@L1ght10
Answers:
17:49 - 20kg ke plate ke taraf
29:17 - 1 Angstrom se zyaada hoga
49:40 - F Sin Theta, because of y-axis motion
1:28:00 - It is easier to rotate with a short thread
1:47:31 - Equal Angle
1:48:57 - Different Linear Velocity
First time one shot me detailed explanation with experiments dekha... Aur aaj Physics padh ke sach me feel aa gayi... Thank-you so much Sir.... India needs true teacher like you... Thank-you so much Sir.... ❤
Centre of mass of a two-particle system, momentum conservation and Centre of mass
motion. Centre of mass of a rigid body; centre of mass of a uniform rod. Moment of a force,
torque, angular momentum, law of conservation of angular momentum and its applications.
Equilibrium of rigid bodies, rigid body rotation and equations of rotational motion,
comparison of linear and rotational motions. Moment of inertia, radius of gyration, values of
moments of inertia for simple geometrical objects (no derivation).
You kushur
Are these topics not done ???
2:18:33 sec "bacche oneshot dekhne revision krne k liye aate h " and here I'm one day before my exam touching this chapter and crying abt it (pta ni kya hoga mera)🤡🥲
Uss bro uss 😭🤌🏻
Usss bhaii uss!! 😭🫂
Same broo 😭😭
haha sameee hereee!!🥹
@@Idkwhattu or bhai Monday keliye ready hena💀?
17:35=COM lies towards 20 kg
29:20=lies at more than 1A^°
49:38=FsinQ
1:27:40=larger thread
aayeee londeee saab sahiii haiii ⛄⛄⛄⛄
8:58 rotational motion
17:49 towards 20 kg plate
29:21 com will be closer to Cl
49:34 fs theta
1:47:44 equal angle
1:48:57 different angle
Bro exam se ek din pehle dekh raha ha video
This one shot is veryhelful for those students 😅 who study 1 day before examination ❤
TO SAVE YOUR TIME (pls like so that others can also see this time stamp)
1:40 Difference between system of particles and point mass
10:00 Centre of mass(COM)
22:15 Calculation of COM
44:50 Moment of force(TORQUE)
56:15 Torque by a couple
1:06:20 Experiment
1:15:25 Applications or torque
1:19:20 S.I unit of torque
1:22:02 Moment of Inertia(MOI)
1:36:50 Radius of gyration
1:43:48 Angular velocity and angular acceleration
1:52:07 Equations of motion in rotational motion
2:03:15 Angular momentum and it's conservation
2:15:05 Experiment
2:18:18 Applications of conservation of angular momentum
2:21:24 Relation between kinetic energy and MOI
2:22:30 Relation between angular momentum and MOI
2:23:10 Relation between Torque and MOI.
THANK YOU
1) 1:40 Difference between system of particles and point mass
2) 10:00 Centre of mass(COM)
3) 22:15 Calculation of COM
4) 44:50 Moment of force(TORQUE)
5) 56:15 Torque by a couple
6) 1:06:20 Experiment
7) 1:15:25 Applications or torque
8) 1:19:20 S.I unit of torque
9) 1:22:02 Moment of Inertia (MΟΙ)
10) 1:36:50 Radius of gyration
11) 1:43:48 Angular velocity and angular acceleration
12) 1:52:07 Equations of motion in rotational motion
13) 2:03:15 Angular momentum and it's conservation
14) 2:15:05 Experiment
15) 2:18:18 Applications of conservation of angular momentum
16) 2:21:24 Relation between kinetic energy and ΜΟΙ
17) 2:22:30 Relation between angular momentum and MOI
18) 2:23:10 Relation between Torque and MOI.
Like plss
Best one shot series ever❤ he is just covering all concepts in a single video with experiments 😊 salute to you sir.please continue this series it help us a lot❤
Sir pura chapter school exams ke liye cover ho gya. Thank You for making these type of oneshots.
Love 💕 from Kashmir....thankuu Ashu sir
Bro is this enough for jkbose...❤
Coz i am also frm kmr
Wow ! U are very lucky as u are from kasmir🎉❤
17:49 20 kg because for non uniform bodies, com lies towards heavier side
1:12:15 saurav be like - hey bhagwan bacha lo 😂
bechari ki phat rhi thi
Rotating in a small thread is more easier than long thread...❤ 1:28:09
Ya I think your're right
17:49 - 20kg ke plate ke taraf
29:17 - 1 Angstrom se zyaada hoga
49:40 - F Sin Theta, because of y-axis motion
1:28:00 - It is easier to rotate with a short thread
1:47:31 - Equal Angle
1:48:57 - Different Linear Velocity
Reply
ANSWERS : - )
17:40 - towards 20 kg plate
29:20 - 1 angstrom se zyada
49:40 - F Sin Theta
1:28:00 - bade dhage mein ghumana aasaan hoga
1:28:45 - chote dhage mein rokna aasan hoga
1:47:35 - Equal angle
1:48:50 - V different aayegi
Grt!!👊🏻
@@xin159 haha thanks😄
Sir you're literally a blessing ❤
Gravitation laddo sir jaldi se kch dino me...🙏🏻🧡 Aur iss chapter ke liyee thnku ❤
1:47:36 angle would be same
Sir Please Gravitation Chapter bhi kara dijiye And thank You for this Chapter also🙏😀
You r the best teacher of the world Ashu sir😊😊😊
What a great explanation sir ❤❤
Thank you sir
2:25:18 , thank you sir for this amazing lecture without any cost 🧸🎀
Much needed lecture for revision
Thank you Sir ❤
Amazing series........it is helping me a lot for my half yearly exams👌🎉
I m also watching this for half yearly did😭😂😂
I watch this video from heaven
Becuze i dead last year for my mother 😰😰😰😰
kaise gae
@@abhirkumar2852 wow bro
Wow what a lecture ❤❤ sir also uploaded the numerical lecture 🙏🏻🙏🏻🙏🏻
I ❤ u
Sir, this video literally saved my life ❤ and I understood each and everything nd now I am gonna watch the most important questions for this chapter and I will try to practice those numericals by my own.😊
Thank you so much sir for 1 shot lecture. This is best ever lecture of rotation motion.
Sir please continue this one shot series and imp questions.❤
Im are very happy this chapter was hard for me but u helped alot in understanding concepts ❤️ ill be waiting for Questions video thanks again
Wow what a fabulous explanation 💗......... crystal clear 💎
Kis kis ko chapter padhne k baad bhi ques samjh nhi ate or bante nhi h 😢
😢
Mai😢
Mujhe ;-;
🙂 mujhe
Mujhe 😢
YESS LETS GO I WAS SEARCHING ON TH-cam FOR THIS VIDEO YESTERDAY AND TOMORROW IS MY EXAM I HAVE NEVER BEEN THIS EXCITED ABOUT PHYSICS 🔥🔥
R u fr
1:48:46 different linear velocity 🤍🤍🗣️🗣️ angular v = same
Thank you so much sir for this session ........MAY YOU REACH 1 MILLION SOON ......YOUR SESSION'S ARE LIFE SAVER FOR ME ❤❤
POV : You are from PW's Arjuna JEE Batch but didn't study from it and now you are here , thinking that you'll complete all chapters from oneshots 😂
2.0
kya kre bhyii exams aa rhi h waha pe backlog ho gya h thi ek last option h
@@bhakrwadi_07yes😢😢pure saal ka backlog
Arjuna neet😂
2.0
49:49..he literalllysaid "din vichon tere leyi tym kaddke" and replied to reema mam in between class ig ( he literally teaches us a lot except phy and chem)🌟♥
Tomorrow is my exam and likely you upload this video 🙏.
Thanks legend AASU SIR
Love u sir Mai kitna wait kar Raha tha apke video ke liye bas aap jaldi jaldi sare videos la do
Love from TH-cam family
We are so lucky to have a teacher like you ❤😊🎉
Thanks
Thanks
Thanks
@@vaibhavshukla4117 why
@@adil_naqvi autism
17:57 20 kg
48:34 restart
1:04:34 restart 2 , feeling tired today bcz of some travelling issue but will complete by today
2:25:40 Thank you sir ..... completed it today ... man of words
Finally my all doubts & concepts are clear 😊
THANK UHHH SIR...🤗🤠
Thnku so muchhhh sir for nice explaining 🙏 Your way of teaching is so good 😊❤️
29:30 greater than 1 armstrong
40:44 fsin theta
1:28:01 small thread me rotate karna easy hai
17:50 The centre of mass will lie near to 20 kg Circular plate
Yes sir please gravitation
Gravitation pls sir 🙏🙏🥰
Yes
Hi
@@Avdeah_kirar hlo
17:54 towards left
completed one shot in one go,and really enjoyed the experiments , THANK YOU SIR
Sir ek dot aur cross product ke uper video laao please ❤❤😊 53:52
Sir maza hi aa gya is one shot se saare concepts ek hi video me revise ho gaye
THANKYOU SO MUCH SIR JI❤❤
32:00 more than 1A
1:28:50 and that's how you can make laddu mutaiya move😂
Your demonstrations and experiments are just on next level, it'd be very helpful if you also try such things in Chemistry....
49:51 sir aap bhi...😂😂😂
49:49 sir ke bhi dimag mai yeh wala viral song chhad gya😂
1:28:18 1:28:23 1:28:24 1:28:26 1:28:27 1:28:27 1:28:27 1:28:27 1:28:28 1:28:28 1:28:28 1:28:28 1:28:28 1:28:28 1:28:30 1:28:30 1:28:30
Finally all my doubt are clear.... Thank you so much for the video sir... ✨❤
I am very happy sir because concept is crystal clear thank you sir 😊☺ always be happy
Fantastic One shot for building concepts
You are great Sir, you taught all the concepts in just 2 hours HATSS OFF TO YOU SIRR....
♥♥♥♥♥♥♥♥♥♥♥♥♥♥♥♥♥♥♥♥♥♥♥♥
Really sir , these one shots are very much helpful...thank you thank you so much...❤️...and specially Ashu sir apka pardhane ka technique mujhe bohot pasand hai...🤗mujhe acche se concepts samaj ajata hai..
loving this one shot series
Done sir 🎉😊.
Never thought that this chapter would be so easy . Thank you so much sir for your efforts.
Dot product and cross product required sir.
1:28:09 bde wale thread ka moment of inertia jyda hoga
Bhi chote wale thread ka inertia kam hoga
Thank you soo much sir ❤
You are really very supporting to us and these sessions of one are really amazing to revise any chapter 😊
2:25:59 THE END 😅
Laddumutra ni
1:29:06 baba ji inspire frm here😂
Sir sirf apki vajah se mhuje physics se pyar h ,etne ache se aap padate h toh pura crystal clear hojata .❤❤❤❤ Or bohot sare gulabi dil ❤❤
Class m soke ghr p rat k 3 bje tk class leti hu ...🙃
Sir your teaching skills are to good , now I have no doubts on this chapter because of you 😊❤
Sir gravitation karva dijiye
plz
Great lecture sir...!!👏👏, really helped in revising the concepts.
Finally I am happy that one shot of this chapter is coming🎉🎉🎉
Best teacher to resolve concepts with experiments 🎉🎉🎉❤
Anyone here 2024--25 batch????
Yes bro
Yes😊
Yes
17:46 com lies towards heavier mean towards 20 kg not 🚫 towards 10 kg
Thanks a lot sir❤❤
Amazing One Shot... Literally all the concepts are cleared... Sir keep doing you are our motivaton
3:12 elvish bhaiii😂😂😂😂
29:20 centre of mass will be more than 1 A° as it will lie toward the heavier Cl atom.
3:12 elvish bhaiiiii 😂😂😂😂
Thankuuu sir for this hardwork❤.....it is such a appreciable one shot 🙏🏻
Very helpful sir 😇😇
Thanku sir ❤❤😊 aapki practical ki wajah se mujhe concept clear ho gya or inertia to bhut ache se 😊 lekin m ye pehle baar dekh rhi hu or mujhe nhi lgta mujhe revision ki jarurat hogi pehle mein aapse chemistry padhti thi ab physics bhi sir aise hi one short practical k sth laye plzz or aapka bhut bhut thanku humare future k liye sochne k liye 😊
Thank you so much ashu sir for this one shot lecture..😊💗
Thankyou so much sir for this amazing session 😊😊😊
Circular motion
29:27 more than 1 angstrom
49:43 sin0
1:47:31 same angle
East or west ashu sir is best because when I am in class 9 seen lectures of ashu sir 🙂
And in 10 class because of him i score 89.9 percent thanku ashu sir we are always with you and we are see you always with a beautiful smile and a lot of happiness 😊
Bhai Ashu sir is best but
Thodi dear sir ke English ki videos bhi dekh le