TIMESTAMPS 0:00 Intro 2:58 Force 5:19 Effect of Force 7:38 Types of Force 13:45 Newton's 1st Law 17:55 Experiments 21:20 1st Law In Everyday Life 28:02 Inertia 31:45 Momentum 36:02 Newtons's 2nd Law 47:02 2nd Law In Everyday Life 48:20 Newton's 3rd Law 52:50 Experiments 56:05 3rd Law Daily Life Application 57:52 Law of Conservation of Momentum 1:05:00 Concept of Tension 1:11:22 Normal Reaction 1:15:57 Lift Cases 1:23:48 Life Experiment 1:30:20 Experiment 1:31:40 Connected Motion 1:41:36 Impulse 1:45:15 Impulse Momentum Theorem 1:48:55 Friction 1:56:30 Types of Friction 1:56:40 Internal Friction 1:57:58 External Friction-Static,Limiting,Kinetic 2:04:04 Law of Friction 2:08:42 Angle of Friction 2:13:35 Angle of Repose 2:24:30 Max Velocity without skiding 2:31:40 Banking of Road 2:42:00 Outro Like so others can see this comment
35:02 by changing velo 2:27:21 city 1:02:18 it's m2u2 1:06:12 because rassi ne usko uper se pakad rakha hai jisse wo niche nahi aaraha hai or wo balanced hai 1:21:03 when we go upward we feel heavy and when we go downward we feel light weighted Amazing lecture sir thank u so much One shot completed 😅
TIMESTAMPS 0:00 Intro 2:58 Force 5:19 Effect of Force 7:38 Types of Force 13:45 Newton's 1st Law 17:55 Experiments 21:20 1st Law In Everyday Life 28:02 Inertia 31:45 Momentum 36:02 Newtons's 2nd Law 47:02 2nd Law In Everyday Life 48:20 Newton's 3rd Law 52:50 Experiments 56:05 3rd Law Daily Life Application 57:52 Law of Conservation of Momentum 1:05:00 Concept of Tension 1:11:22 Normal Reaction 1:15:57 Lift Cases 1:23:48 Life Experiment 1:30:20 Experiment 1:31:40 Connected Motion 1:41:36 Impulse 1:45:15 Impulse Momentum Theorem 1:48:55 Friction 1:56:30 Types of Friction 1:56:40 Internal Friction 1:57:58 External Friction-Static,Limiting,Kinetic 2:04:04 Law of Friction 2:08:42 Angle of Friction 2:13:35 Angle of Repose 2:24:30 Max Velocity without skiding 2:31:40 Banking of Road 2:42:00 Outro Like so others can see this comment
35:07 By Changing it’s velocity 1:06:07 Because Tension is pulling it upwards 1:21:07 While moving upwards we feels heavy as N= m(g+a) While moving downward we feel light as N= m(g-a) 2:17:40 Both will come down together
1:06:12 Because a force (Tension) is acting in upward direction to the string which is equal to the weight in magnitude. So,the block is not falling downward. 😊❤
Here is Newton's fourth law😂 "that every book continues in the state of rest until and unless an external or internal exam 😅 appears and the speed of page turning is directly proportional to the syllabus 😮 to be covered and the tension will remain constant in mind 💞
00:02 One shot on Laws of Motion with live experiments. 02:21 Force is defined as push and pull on any object. 06:23 Force can change direction, speed, and shape. 08:21 Balanced and unbalanced forces lead to net force of zero. 12:32 Unbalanced forces can change state and shape 14:51 Newton's First Law of Motion 18:55 Newton's First Law of Motion 20:46 Newton's First Law: Object at rest stays at rest, object in motion stays in motion 24:26 Impacts of motion on body during accidents 26:07 Newton's first law in action 30:02 Inertia is difficult to change 31:48 Momentum is the product of mass and velocity 35:50 Newton's second law relates force to momentum change. 37:55 Force is proportional to final momentum. 42:28 Understanding momentum and time in daily life 44:38 Momentum changes create force and impact 48:08 Newton's Third Law: Every action has an equal and opposite reaction 50:28 Forces F1 and f2 are equal and opposite. 54:21 Newton's Third Law demonstrated with live experiments. 56:22 Laws of Motion and examples of equal and opposite reactions 1:00:13 Total momentum before and after collision is always equal. 1:02:22 Newton's Third Law states that every action has an equal and opposite reaction. 1:06:56 Understanding tension force and balance in the context of fan design 1:08:59 Force application affects the breaking of strings. 1:13:25 Normal reaction is due to action-reaction principle. 1:15:53 Understanding lift cases in physics 1:21:21 Changes in weight experienced in an elevator 1:24:06 Weight variations in an elevator due to mass and free fall 1:28:30 Discussing acceleration in different scenarios 1:30:52 Understanding connected motion and pulley cases 1:35:10 Calculating tension and acceleration using equations. 1:37:37 Deriving the formula for acceleration using live experiments 1:42:29 Impulse is the product of force and time 1:44:41 Impulse and momentum are related through force and time. 1:48:52 Friction is a force that opposes motion 1:51:16 Friction is caused by interlocking between irregular surfaces. 1:55:36 Understanding the concept of internal friction 1:57:34 Internal friction is for solids only liquids and gases 2:01:24 Friction has a limit called limiting friction. 2:03:36 Frictional force depends on the normal reaction. 2:07:46 Friction and angles are important in understanding motion. 2:09:55 Friction always acts in the opposite direction. 2:14:05 The angle of repose determines at what angle objects start sliding on an inclined plane. 2:16:23 The weight and surface of an object affect its rate of fall. 2:19:47 Explanation of frictional forces and angle of repose 2:21:50 Friction cancels the downward force, leading to the angle of repose and friction being equal 2:27:03 Understanding maximum velocity without skidding 2:28:49 Centripetal force must be greater than or equal to friction for no slipping. 2:32:45 Understanding the concept of off-road banking. 2:34:49 Deriving the centripetal force and its components 2:39:49 Optimum speed for turning on a frictionless road 2:42:00 The law of motion one shot ends Thank me Later Jai Shree Krishna
Timestamps 00:02 One shot on Laws of Motion with live experiments. 02:21 Force is defined as push and pull on any object. 06:23 Force can change direction, speed, and shape. 08:21 Balanced and unbalanced forces lead to net force of zero. 12:32 Unbalanced forces can change state and shape 14:51 Newton's First Law of Motion 18:55 Newton's First Law of Motion 20:46 Newton's First Law: Object at rest stays at rest, object in motion stays in motion 24:26 Impacts of motion on body during accidents 26:07 Newton's first law in action 30:02 Inertia is difficult to change 31:48 Momentum is the product of mass and velocity 35:50 Newton's second law relates force to momentum change. 37:55 Force is proportional to final momentum. 42:28 Understanding momentum and time in daily life 44:38 Momentum changes create force and impact 48:08 Newton's Third Law: Every action has an equal and opposite reaction 50:28 Forces F1 and f2 are equal and opposite. 54:21 Newton's Third Law demonstrated with live experiments. 56:22 Laws of Motion and examples of equal and opposite reactions 1:00:13 Total momentum before and after collision is always equal. 1:02:22 Newton's Third Law states that every action has an equal and opposite reaction. 1:06:56 Understanding tension force and balance in the context of fan design 1:08:59 Force application affects the breaking of strings. 1:13:25 Normal reaction is due to action-reaction principle. 1:15:53 Understanding lift cases in physics 1:21:21 Changes in weight experienced in an elevator 1:24:06 Weight variations in an elevator due to mass and free fall 1:28:30 Discussing acceleration in different scenarios 1:30:52 Understanding connected motion and pulley cases 1:35:10 Calculating tension and acceleration using equations. 1:37:37 Deriving the formula for acceleration using live experiments 1:42:29 Impulse is the product of force and time 1:44:41 Impulse and momentum are related through force and time. 1:48:52 Friction is a force that opposes motion 1:51:16 Friction is caused by interlocking between irregular surfaces. 1:55:36 Understanding the concept of internal friction 1:57:34 Internal friction is for solids only liquids and gases 2:01:24 Friction has a limit called limiting friction. 2:03:36 Frictional force depends on the normal reaction. 2:07:46 Friction and angles are important in understanding motion. 2:09:55 Friction always acts in the opposite direction. 2:14:05 The angle of repose determines at what angle objects start sliding on an inclined plane. 2:16:23 The weight and surface of an object affect its rate of fall. 2:19:47 Explanation of frictional forces and angle of repose 2:21:50 Friction cancels the downward force, leading to the angle of repose and friction being equal 2:27:03 Understanding maximum velocity without skidding 2:28:49 Centripetal force must be greater than or equal to friction for no slipping. 2:32:45 Understanding the concept of off-road banking. 2:34:49 Deriving the centripetal force and its components 2:39:49 Optimum speed for turning on a frictionless road 2:42:00 The law of motion one shot ends
this is the new wonderfull way of teaching i was following ashu sir from start of 10th grade and he is the best , this channel has the potential to reach 1 mil soon
Really appreciate how you cover each and every topic with detail explanation sir!!! Can't find better lectures for physics and chemistry than yours, anywhere on youtube. 👏🏻👏🏻✨❤️ A request to please record new lecture/one shot for chemistry as well. 😢
Science and fun is better than physics Walla bcz kisi bee avarage saa average students koo yeah lecture smg maa ayaa gaa .Best lecture in the whole world.Thanks sir
35:07 by changing its velocity 1:06:14 because upar ki taraf bhi tension lag raha h 1:21:09 when we go upward we feel heavy and when we go downward we feel light weighted 1:44:26 kgm/s thankyou so much sir for this amazing session 😊❤
The very very best teacher I ever seen i used to watch this guy since class 9 and now I'm addicted to finding lecture of this man ...bcoz his teaching level is the next level 😎👍
34:48 velocity change krni padegi 1:06:00 kyuki upar se bhi koi force usse khinch rhi h jo ki mg ke equal hogi 1:07:56 first wala tutega 1:21:01 sir bhariii when upward and light when downward 1:44:25 newton second
dear sir, being an active viewer of your lectures I recommend you for giving more numericals to us in between the session so that we can be more engaged and active throughout the lecture..THANK YOU
35:07 by changing its velocity 1:06:17 upar ki taraf tension lag raha ha 1:21:01 when we move upward we feel havier and when we move downwards we feel lighter Thnk you sir for amazing session ❤
Thanku soo much sirr ...physics k conceptsss ko itna simple n interesting bnane k liyee....I just saw this video for revision...isse pehle bhi aapne iss channel pr dali h laws of motions may be 1 yr ago..woh bhi dekhi thi or aap k whi notess likhe thei aaaj kaam aa gyee Thanksss a lot sirr❤❤❤
Best best best best best best best teacher in the world...... Mind blowing teaching skills . Thank you sir for teaching us with such an exciting momentum❤
Literally! I am watching this one shot one day before exam . My all the concepts are cleared and now I will practice the questions .. thank you so much sir for this amazinggggg lecture ❤️✨ AGAIN THANKYOU SO MUCH 🦋✅🌟
Thanku so much Ashu sir for uploading this one shot,it really helped me alot it's been a one and half year I'm watching your videos and literally I haven't seen a teacher like you, You're a humanitarian sir! Once again thanku so much.
Sir i really appreciate your work you are great teacher no one can teach us like you how you cover each topics very easily and no word on your teaching style ❤ we can't find better lecture on physics and chemistry than you on youtube thank you sir
THANKS A LOT SIR❤ and please upload ALL THE CHAPTERS ASAP PLZ your lectures are very interesting and also it is quite short in duration and helps a lot in exams.
Sir I first saw your fun shots while teaching and always wanted to attend your offline lectures but I cannot but literally I got stuck on this chapter and wasn’t able to understand that time you r teaching the best physics on UA-cam in very less time. Thank u so much sir for ur wonderful fun and learning sessions
You are the best teacher in whole world Ashu sir Agar Mai aapse kabhi milunga n.. to aapko I phone 16 plus to gift kr hi dunga Because aap padhate bahut shi ho Dimag me ghus jata hai
He is best for students HAVING BACKLOG AND FOR WHOME WHO JUST WANT TO PASS 11TH CLASS WITH GOOD MARKS BHOT HELP HUA SIR LAST WALA THODA TRICKY THA PAR DO TIN BAR DEKH KAR SAMJHLUNGA❤❤❤❤
We're lucky to have a teacher like you. Happy Teacher's Day Sir dear sir, being an active viewer of your lectures I recommend you for giving more numericals to us in between the session so that we can be more engaged and active throughout the lecture .. THANK YOU
@keshavbansal-lq2pb 53 seconds ago TIMESTAMPS 0:00 Intro 2:58 Force 5:19 Effect of Force 7:38 Types of Force 13:45 Newton's 1st Law 17:55 Experiments 21:20 1st Law In Everyday Life 28:02 Inertia 31:45 Momentum 36:02 Newtons's 2nd Law 47:02 2nd Law In Everyday Life 48:20 Newton's 3rd Law 52:50 Experiments 56:05 3rd Law Daily Life Application 57:52 Law of Conservation of Momentum 1:05:00 Concept of Tension 1:11:22 Normal Reaction 1:15:57 Lift Cases 1:23:48 Life Experiment 1:30:20 Experiment 1:31:40 Connected Motion 1:41:36 Impulse 1:45:15 Impulse Momentum Theorem 1:48:55 Friction 1:56:30 Types of Friction 1:56:40 Internal Friction 1:57:58 External Friction-Static,Limiting,Kinetic 2:04:04 Law of Friction 2:08:42 Angle of Friction 2:13:35 Angle of Repose 2:24:30 Max Velocity without skiding 2:31:40 Banking of Road 2:42:00 Outro please like my comment
.......... . . 1 Reply @AsliTejas 8 months ago TIMESTAMPS 0:00 Intro 2:58 Force 5:19 Effect of Force 7:38 Types of Force 13:45 Newton's 1st Law 17:55 Experiments 21:20 1st Law In Everyday Life 28:02 Inertia 31:45 Momentum 36:02 Newtons's 2nd Law 47:02 2nd Law In Everyday Life 48:20 Newton's 3rd Law 52:50 Experiments 56:05 3rd Law Daily Life Application 57:52 Law of Conservation of Momentum 1:05:00 Concept of Tension 1:11:22 Normal Reaction 1:15:57 Lift Cases 1:23:48 Life Experiment 1:30:20 Experiment 1:31:40 Connected Motion 1:41:36 Impulse 1:45:15 Impulse Momentum Theorem 1:48:55 Friction 1:56:30 Types of Friction 1:56:40 Internal Friction 1:57:58 External Friction-Static,Limiting,Kinetic 2:04:04 Law of Friction 2:08:42 Angle of Friction 2:13:35 Angle of Repose 2:24:30 Max Velocity without skiding 2:31:40 Banking of Road 2:42:00 Outro Like so others can see this comment 1.4K Reply 55 replies @Shiraksar200 3 weeks ago Anyone here 2024-25 batch?? 44 Reply 12 replies @alover4438 3 months ago Here is Newton's fourth law "that every book continues in the state of rest until and unless an external or internal exam appears and the speed of page turning is directly proportional to the syllabus to be covered and the tension will remain constant in mind 47 Reply 5 replies @Jai_jagannath192 3 months ago 00:02 One shot on Laws of Motion with live experiments. 02:21 Force is defined as push and pull on any object. 06:23 Force can change direction, speed, and shape. 08:21 Balanced and unbalanced forces lead to net force of zero. 12:32 Unbalanced forces can change state and shape 14:51 Newton's First Law of Motion 18:55 Newton's First Law of Motion 20:46 Newton's First Law: Object at rest stays at rest, object in motion stays in motion 24:26 Impacts of motion on body during accidents 26:07 Newton's first law in action 30:02 Inertia is difficult to change 31:48 Momentum is the product of mass and velocity 35:50 Newton's second law relates force to momentum change. 37:55 Force is proportional to final momentum. 42:28 Understanding momentum and time in daily life 44:38 Momentum changes create force and impact 48:08 Newton's Third Law: Every action has an equal and opposite reaction 50:28 Forces F1 and f2 are equal and opposite. 54:21 Newton's Third Law demonstrated with live experiments. 56:22 Laws of Motion and examples of equal and opposite reactions 1:00:13 Total momentum before and after collision is always equal. 1:02:22 Newton's Third Law states that every action has an equal and opposite reaction. 1:06:56 Understanding tension force and balance in the context of fan design 1:08:59 Force application affects the breaking of strings. 1:13:25 Normal reaction is due to action-reaction principle. 1:15:53 Understanding lift cases in physics 1:21:21 Changes in weight experienced in an elevator 1:24:06 Weight variations in an elevator due to mass and free fall 1:28:30 Discussing acceleration in different scenarios 1:30:52 Understanding connected motion and pulley cases 1:35:10 Calculating tension and acceleration using equations. 1:37:37 Deriving the formula for acceleration using live experiments 1:42:29 Impulse is the product of force and time 1:44:41 Impulse and momentum are related through force and time. 1:48:52 Friction is a force that opposes motion 1:51:16 Friction is caused by interlocking between irregular surfaces. 1:55:36 Understanding the concept of internal friction 1:57:34 Internal friction is for solids only liquids and gases 2:01:24 Friction has a limit called limiting friction. 2:03:36 Frictional force depends on the normal reaction. 2:07:46 Friction and angles are important in understanding motion. 2:09:55 Friction always acts in the opposite direction. 2:14:05 The angle of repose determines at what angle objects start sliding on an inclined plane. 2:16:23 The weight and surface of an object affect its rate of fall. 2:19:47 Explanation of frictional forces and angle of repose 2:21:50 Friction cancels the downward force, leading to the angle of repose and friction being equal 2:27:03 Understanding maximum velocity without skidding 2:28:49 Centripetal force must be greater than or equal to friction for no slipping. 2:32:45 Understanding the concept of off-road banking. 2:34:49 Deriving the centripetal force and its components 2:39:49 Optimum speed for turning on a frictionless road 2:42:00 The law of motion one shot ends Thank me Later Jai Shree Krishna 48 Reply 3 replies @artwithdishika2743 8 months ago Ashu sir respect button 64 Reply keshav bansal Cancel Reply 1 reply @DollyRajput-rc8eb 1 month ago Kha ha Reply @keshavbansal-lq2pb 0 seconds ago @DollyRajput-rc8eb dislike par
Too nice session...got a bit stressed when saw that huge time but that stress went to trust when saw Ashu sir.... hat's off to him..he did all the derivation and the experiments too... literally loved to watch the session and even liked his funny jokes.. feelings too happy that there r some teachers still left who r not looking for money
Your one-shot videos are absolutely remarkable! They have been an incredible source of assistance for my upcoming midterms, which are just a day away. However, I noticed that the one-shot video lectures on gravitation and rotational motion have not been uploaded yet. If possible, could you please prioritize uploading the video on rotational motion, as it carries more marks and is a chapter I particularly prefer? Thank you so much in advance!😃
I actually didn't understand the topic "Banking of road". I'm actually studying these portions before taking in the class. Except this topic all other topics are crystal clear. I really love the way you teach the portions with experiments❤
Great video, i have not studied at all yet and i have an exam on 4th October. I couldnt find a coaching that suited me well, but these videos helped me a lot more than my tuition and school teachers combines
omg!!!it is very helpfulable for us tysm sir for your this kind of hardwork tomorrow definitely i will gonaa rock in the exam. it is very hectic to see the full video of six to seven hours but is is very easy not very easy but little bit easy to see almot 2:30 hour video in one go!!with full of enjoyment and double meaning jokes!! thank you so much sir...ek din boht naam kamayenge aur khi na kgi aapko bhi uska full credit denge jaise 10 me ache marks dilaye h aaapne i am sure 11 me bhi aayenge tysm sir lots of love and keep going!! ab fortuner ke baad konsi gaadi kharidni h❤😂🎉
TIMESTAMPS
0:00 Intro
2:58 Force
5:19 Effect of Force
7:38 Types of Force
13:45 Newton's 1st Law
17:55 Experiments
21:20 1st Law In Everyday Life
28:02 Inertia
31:45 Momentum
36:02 Newtons's 2nd Law
47:02 2nd Law In Everyday Life
48:20 Newton's 3rd Law
52:50 Experiments
56:05 3rd Law Daily Life Application
57:52 Law of Conservation of Momentum
1:05:00 Concept of Tension
1:11:22 Normal Reaction
1:15:57 Lift Cases
1:23:48 Life Experiment
1:30:20 Experiment
1:31:40 Connected Motion
1:41:36 Impulse
1:45:15 Impulse Momentum Theorem
1:48:55 Friction
1:56:30 Types of Friction
1:56:40 Internal Friction
1:57:58 External Friction-Static,Limiting,Kinetic
2:04:04 Law of Friction
2:08:42 Angle of Friction
2:13:35 Angle of Repose
2:24:30 Max Velocity without skiding
2:31:40 Banking of Road
2:42:00 Outro
Like so others can see this comment
Life saver❤
Thankyou CHEETEH !!
Tu toh ram nikla re 😭😭
😢😢🎉🎉😢😮😮😮😢🎉😢😮😂😂
Thank u bro
1:12:02 teen tange wala was op 😂
35:02 by changing velo 2:27:21 city
1:02:18 it's m2u2
1:06:12 because rassi ne usko uper se pakad rakha hai jisse wo niche nahi aaraha hai or wo balanced hai
1:21:03 when we go upward we feel heavy and when we go downward we feel light weighted
Amazing lecture sir thank u so much
One shot completed 😅
f
TIMESTAMPS
0:00 Intro
2:58 Force
5:19 Effect of Force
7:38 Types of Force
13:45 Newton's 1st Law
17:55 Experiments
21:20 1st Law In Everyday Life
28:02 Inertia
31:45 Momentum
36:02 Newtons's 2nd Law
47:02 2nd Law In Everyday Life
48:20 Newton's 3rd Law
52:50 Experiments
56:05 3rd Law Daily Life Application
57:52 Law of Conservation of Momentum
1:05:00 Concept of Tension
1:11:22 Normal Reaction
1:15:57 Lift Cases
1:23:48 Life Experiment
1:30:20 Experiment
1:31:40 Connected Motion
1:41:36 Impulse
1:45:15 Impulse Momentum Theorem
1:48:55 Friction
1:56:30 Types of Friction
1:56:40 Internal Friction
1:57:58 External Friction-Static,Limiting,Kinetic
2:04:04 Law of Friction
2:08:42 Angle of Friction
2:13:35 Angle of Repose
2:24:30 Max Velocity without skiding
2:31:40 Banking of Road
2:42:00 Outro
Like so others can see this comment
35:07 By Changing it’s velocity
1:06:07 Because Tension is pulling it upwards
1:21:07 While moving upwards we feels heavy as N= m(g+a)
While moving downward we feel light as N= m(g-a)
2:17:40 Both will come down together
1:06:12 Because a force (Tension) is acting in upward direction to the string which is equal to the weight in magnitude. So,the block is not falling downward. 😊❤
34:48 by increasing velocity
1:06:32 tension=mg
1:20:53 upwards-heavy
downwards-light
1:44:37 Nsec
omggg... Ashu sir will be the sole reason I pass my Physics exam...😭😭😭💕💕💯
Really
We need these kind of lecture of chemistry from ashu sir only ❤😅😊
There are Chemistry Videos of Ashu Sir on Other Channel Which is (doubt.....) Mujhe acche se yaad nahi hai Search karlena
Bro the Channel name is 'Doubtnut Learn and Fun Class 12th' but there are Chemistry videos of Ashu sir for Class 11th too@@adil_naqvi
puchi tere sse
@@amoghtry
😂😂😂😂😂😂bina baat ka la li 😂😂😂😂😂
@@antrixYadavbatayi terko? 🙂
Here is Newton's fourth law😂 "that every book continues in the state of rest until and unless an external or internal exam 😅 appears and the speed of page turning is directly proportional to the syllabus 😮 to be covered and the tension will remain constant in mind 💞
😂😂😂
Perfectly explained Newton's hidden fourth law... 😂😂
Yes 😂😂😂😂😂😂
Yes
dont copy others comment make your own
Wow😂😂
00:02 One shot on Laws of Motion with live experiments.
02:21 Force is defined as push and pull on any object.
06:23 Force can change direction, speed, and shape.
08:21 Balanced and unbalanced forces lead to net force of zero.
12:32 Unbalanced forces can change state and shape
14:51 Newton's First Law of Motion
18:55 Newton's First Law of Motion
20:46 Newton's First Law: Object at rest stays at rest, object in motion stays in motion
24:26 Impacts of motion on body during accidents
26:07 Newton's first law in action
30:02 Inertia is difficult to change
31:48 Momentum is the product of mass and velocity
35:50 Newton's second law relates force to momentum change.
37:55 Force is proportional to final momentum.
42:28 Understanding momentum and time in daily life
44:38 Momentum changes create force and impact
48:08 Newton's Third Law: Every action has an equal and opposite reaction
50:28 Forces F1 and f2 are equal and opposite.
54:21 Newton's Third Law demonstrated with live experiments.
56:22 Laws of Motion and examples of equal and opposite reactions
1:00:13 Total momentum before and after collision is always equal.
1:02:22 Newton's Third Law states that every action has an equal and opposite reaction.
1:06:56 Understanding tension force and balance in the context of fan design
1:08:59 Force application affects the breaking of strings.
1:13:25 Normal reaction is due to action-reaction principle.
1:15:53 Understanding lift cases in physics
1:21:21 Changes in weight experienced in an elevator
1:24:06 Weight variations in an elevator due to mass and free fall
1:28:30 Discussing acceleration in different scenarios
1:30:52 Understanding connected motion and pulley cases
1:35:10 Calculating tension and acceleration using equations.
1:37:37 Deriving the formula for acceleration using live experiments
1:42:29 Impulse is the product of force and time
1:44:41 Impulse and momentum are related through force and time.
1:48:52 Friction is a force that opposes motion
1:51:16 Friction is caused by interlocking between irregular surfaces.
1:55:36 Understanding the concept of internal friction
1:57:34 Internal friction is for solids only liquids and gases
2:01:24 Friction has a limit called limiting friction.
2:03:36 Frictional force depends on the normal reaction.
2:07:46 Friction and angles are important in understanding motion.
2:09:55 Friction always acts in the opposite direction.
2:14:05 The angle of repose determines at what angle objects start sliding on an inclined plane.
2:16:23 The weight and surface of an object affect its rate of fall.
2:19:47 Explanation of frictional forces and angle of repose
2:21:50 Friction cancels the downward force, leading to the angle of repose and friction being equal
2:27:03 Understanding maximum velocity without skidding
2:28:49 Centripetal force must be greater than or equal to friction for no slipping.
2:32:45 Understanding the concept of off-road banking.
2:34:49 Deriving the centripetal force and its components
2:39:49 Optimum speed for turning on a frictionless road
2:42:00 The law of motion one shot ends
Thank me Later
Jai Shree Krishna
Thank you
Bhai tu kitna waila hai 🤡.
@@RajveerRana-rj6hs Yrr Ek to help kar rha h taki Jisko Jo topic chahiye wo asani se mile upar se Tum log uska majak Bna rhe ho 😢😢
Thankuuu soo much really helpful 🙏💟
@@pardeepbansal2243 Thanks for humanity
Timestamps
00:02 One shot on Laws of Motion with live experiments.
02:21 Force is defined as push and pull on any object.
06:23 Force can change direction, speed, and shape.
08:21 Balanced and unbalanced forces lead to net force of zero.
12:32 Unbalanced forces can change state and shape
14:51 Newton's First Law of Motion
18:55 Newton's First Law of Motion
20:46 Newton's First Law: Object at rest stays at rest, object in motion stays in motion
24:26 Impacts of motion on body during accidents
26:07 Newton's first law in action
30:02 Inertia is difficult to change
31:48 Momentum is the product of mass and velocity
35:50 Newton's second law relates force to momentum change.
37:55 Force is proportional to final momentum.
42:28 Understanding momentum and time in daily life
44:38 Momentum changes create force and impact
48:08 Newton's Third Law: Every action has an equal and opposite reaction
50:28 Forces F1 and f2 are equal and opposite.
54:21 Newton's Third Law demonstrated with live experiments.
56:22 Laws of Motion and examples of equal and opposite reactions
1:00:13 Total momentum before and after collision is always equal.
1:02:22 Newton's Third Law states that every action has an equal and opposite reaction.
1:06:56 Understanding tension force and balance in the context of fan design
1:08:59 Force application affects the breaking of strings.
1:13:25 Normal reaction is due to action-reaction principle.
1:15:53 Understanding lift cases in physics
1:21:21 Changes in weight experienced in an elevator
1:24:06 Weight variations in an elevator due to mass and free fall
1:28:30 Discussing acceleration in different scenarios
1:30:52 Understanding connected motion and pulley cases
1:35:10 Calculating tension and acceleration using equations.
1:37:37 Deriving the formula for acceleration using live experiments
1:42:29 Impulse is the product of force and time
1:44:41 Impulse and momentum are related through force and time.
1:48:52 Friction is a force that opposes motion
1:51:16 Friction is caused by interlocking between irregular surfaces.
1:55:36 Understanding the concept of internal friction
1:57:34 Internal friction is for solids only liquids and gases
2:01:24 Friction has a limit called limiting friction.
2:03:36 Frictional force depends on the normal reaction.
2:07:46 Friction and angles are important in understanding motion.
2:09:55 Friction always acts in the opposite direction.
2:14:05 The angle of repose determines at what angle objects start sliding on an inclined plane.
2:16:23 The weight and surface of an object affect its rate of fall.
2:19:47 Explanation of frictional forces and angle of repose
2:21:50 Friction cancels the downward force, leading to the angle of repose and friction being equal
2:27:03 Understanding maximum velocity without skidding
2:28:49 Centripetal force must be greater than or equal to friction for no slipping.
2:32:45 Understanding the concept of off-road banking.
2:34:49 Deriving the centripetal force and its components
2:39:49 Optimum speed for turning on a frictionless road
2:42:00 The law of motion one shot ends
Thanks
Also upload chemistry lectures
Ho jayga bhai aaram se sir bohot mahnat kar rahe h
@@sunitasinha4657abe gadhe mid term bhi to hai
@@AkhandBharat504bhai to Arjuna neet ma anukha mam padhti ha unka dekh le
Yes sir
@@AkhandBharat504 but vaha per experiment nahi hai chemistry kai
2:42:13 one shot completed
Mehnat kabhi waste nahi hoti ❤️🔥❤️🔥❤️🔥 aapki mehant ke liye shabdh nhi hai humare pas
this is the new wonderfull way of teaching i was following ashu sir from start of 10th grade and he is the best , this channel has the potential to reach 1 mil soon
Really appreciate how you cover each and every topic with detail explanation sir!!! Can't find better lectures for physics and chemistry than yours, anywhere on youtube. 👏🏻👏🏻✨❤️
A request to please record new lecture/one shot for chemistry as well. 😢
19:51 Egg will fall in container
34:51 Momentum can be changed by changing velocity
1:05:58 Tension
1:20:56 Upward-heavy
Downward-light
1:44:19 Nsec
THESE ONE SHOTS ARE VERY HELPFULL FOR SCHOOL EXAMS .....❣️❣️❣️
Yes
these are not even sufficient
@@ishanchilwal7672 Why?
Sir aapne abhi bhi 3 legs bana he diye 😂😂😂 1:12:36
Iss baar khi or ltka diya hai sir ne string
Science and fun is better than physics Walla bcz kisi bee avarage saa average students koo yeah lecture smg maa ayaa gaa .Best lecture in the whole world.Thanks sir
1:11:57 teen taange 😂
1:06:14-According to Newton Third law Force can,t be exists in isolated form ,so there ,ll be another force acting as Reaction Force at the string.
😅
2:17:40 = angle of repose is only depends upon nature of material
1:44:30 = Nsec
34:59 velocity change krke
55:39 most hilarious part😂😂
1:06:01 kyunki rassi pakdi hoyi hai
1:09:01 1st wali
Sir please CHEMISTRY ke bhi .. or Sir request hai ki physics bhi JEE level tak ki padhiye.🙏
We're lucky to have a teacher like you. Happy Teacher's Day Sir
35:07 by changing its velocity
1:06:14 because upar ki taraf bhi tension lag raha h
1:21:09 when we go upward we feel heavy and when we go downward we feel light weighted
1:44:26 kgm/s
thankyou so much sir for this amazing session 😊❤
13:24 Sir it's balanced force not unbalanced ✌️
34:57 we can change the momentum of car by accelerating or increasing the speed of car👍🙂
Best teacher ever to have!!!!!!❤
Feeling blessed to have Ashu sir with us!!❤
35:07 change its velocity
1:06:05 tension is acting on the block in upward direction
1:21:02 up--> Heavier, down--> Lighter
1:44:23 Ns or kgm/s
1:09:35 background wall is the singn of presence of a child😂😂
35:07 = by changing its velocity because momentum (p) is directly propotional to mass and velocity , mass cant be changed
1:27:00 sir iska reading kar ke dekho lift ki rassi kat kar reading note karlo analog weight machine se
arre bhai 😂😂😂
Bhai kya krwana chahte ho 😂😂
Sir love the way you teach. You're teaching remind me of Walter Lewin sir ❤️
The very very best teacher I ever seen i used to watch this guy since class 9 and now I'm addicted to finding lecture of this man ...bcoz his teaching level is the next level 😎👍
these are not even sufficient
34:48 velocity change krni padegi
1:06:00 kyuki upar se bhi koi force usse khinch rhi h jo ki mg ke equal hogi
1:07:56 first wala tutega
1:21:01 sir bhariii when upward and light when downward
1:44:25 newton second
dear sir, being an active viewer of your lectures I recommend you for giving more numericals to us in between the session so that we can be more engaged and active throughout the lecture..THANK YOU
😂
Bhadwe kuch toh apne aap kar
these are not even sufficient
35:07 by changing its velocity
1:06:17 upar ki taraf tension lag raha ha
1:21:01 when we move upward we feel havier and when we move downwards we feel lighter
Thnk you sir for amazing session ❤
Agya Kari balak
2:26:20 loved it❤❤❤
Sir I am looking your video and experiments when I was in class 10 and scored 87% cbse thank you glad to be your student❤
This is the best one shot.. I have seen on this chapter by far .. understood all the concepts.. thank you sir
2:27:02 we love u sir please do not feel low we are with u
Anyone here 2024-25 batch??
Me
Hello
Your Instagram account
Yes
🎉😂
Thanku soo much sirr ...physics k conceptsss ko itna simple n interesting bnane k liyee....I just saw this video for revision...isse pehle bhi aapne iss channel pr dali h laws of motions may be 1 yr ago..woh bhi dekhi thi or aap k whi notess likhe thei aaaj kaam aa gyee
Thanksss a lot sirr❤❤❤
WE NEED THIS TYPE OF TEACHER IN OUR LIFE❣....HE IS NOT ONLY TEACHING US HE ALSO MAKE OUR CONCEPT CLEAR WHY THOSE ALL THINGS ARE HAPPENS...🙌🙌🙌
He is the best teacher ever for physics
Awesome lecture jo school mai sir kai kraiyai 1 month mai smj ne ayaa vo sirf yha sb smj aa gya ❤
1:27:57 sir Indian T.V. serials dekha kro sab possible hai😂 gravity toh hoti hii ni serials mee🤣
😂parallel universe........
sir will be rip if he watch Indian T V serials 😂😂😂
Exactly 🤣 @@ayushmaurya-l7y
Best best best best best best best teacher in the world...... Mind blowing teaching skills . Thank you sir for teaching us with such an exciting momentum❤
Literally! I am watching this one shot one day before exam . My all the concepts are cleared and now I will practice the questions .. thank you so much sir for this amazinggggg lecture ❤️✨
AGAIN
THANKYOU SO MUCH 🦋✅🌟
Thank You Full concept Clear ❤️❤️..
Sir you are the hope of physics sir meri problem samakhiye ki koi bhi na school mein aur na hi kisi aur teacher se physics samajh nahi aa rahi hai🥺🙏🙏
Ashu sir is very intelligent person, because I can able to understand the physics by Ashu sir.😊😊
Sir ❤ more better than any paid batch all topics clear 😊 👍🏿😊👍🏿😊👍🏿😊👍🏿 2:27:15
Thanku so much Ashu sir for uploading this one shot,it really helped me alot it's been a one and half year I'm watching your videos and literally I haven't seen a teacher like you, You're a humanitarian sir! Once again thanku so much.
1:06:08 Because sir wo rassi se bandha huaa hai
😂😂
After watching this, physics seems easy. All thanks to you sir. Each and every concept crystal clear ❤❤❤
This seems easy because numericals nhi hai isme😄
Sir i really appreciate your work you are great teacher no one can teach us like you how you cover each topics very easily and no word on your teaching style ❤ we can't find better lecture on physics and chemistry than you on youtube thank you sir
We are lucky to have teacher like Ashu sir
He Is best teacher of all time in my life ❤❤
THANKS A LOT SIR❤ and please upload ALL THE CHAPTERS ASAP PLZ your lectures are very interesting and also it is quite short in duration and helps a lot in exams.
Ashu sir respect button👇
Kha ha 😂😂
@@DollyRajput-rc8eb dislike par
'
Hum tho like karaga gaya sir accha padata ha
Kyu dislike pe ?@@keshavbansal-lq2pb
@@keshavbansal-lq2pb Tere report prr
Appreciated Lecture sir..I salute your Struggle to make a video for us!..🎉❤
+1 future of India from MP (Narsinghpur)🌟✊🏻
2:32:09 Ha hmne banking of road dekha hai
Sir I first saw your fun shots while teaching and always wanted to attend your offline lectures but I cannot but literally I got stuck on this chapter and wasn’t able to understand that time you r teaching the best physics on UA-cam in very less time. Thank u so much sir for ur wonderful fun and learning sessions
Best of luck 🤞
Send m your insta I'd
43:30 Mahendra Singh Dhoni ji hath ko piche nhi le jate he😊
You are the best teacher in whole world Ashu sir
Agar Mai aapse kabhi milunga n.. to aapko I phone 16 plus to gift kr hi dunga
Because aap padhate bahut shi ho
Dimag me ghus jata hai
this one short so precious for me to help to understand the concept thanks for your hardworking
Hello sir. Meko physics bahut Difficult lag ta tha abhi bilkul nhi lag tha thank you 🥰 so much sir you are the best teacher in the world 🌎 thank you 💞
2:26:43 love it sir ❤️
watching this ;ecture before half yearly .thnanks a lot sir .love from arjuna jee batch
This lecture was amazing and cleared all my concepts it's a must watch for school exams!
He is best for students HAVING BACKLOG
AND FOR WHOME WHO JUST WANT TO PASS 11TH CLASS WITH GOOD MARKS
BHOT HELP HUA SIR
LAST WALA THODA TRICKY THA
PAR DO TIN BAR DEKH KAR SAMJHLUNGA❤❤❤❤
M arjuna se aur half yearly k liye hi aya hu pr ashu sir best hai 🙏
Sameee
Great video sir 👍
Banking of road is amazing explanation
1:06:03 because object with mass m string 🧵 ka sath tied hai jo tension force generate kar raha hai due to which the object with mass m doesn't fall😊😊
We're lucky to have a teacher like you. Happy Teacher's Day Sir
dear sir, being an active viewer of your lectures I recommend you for giving more numericals to us in between the session so that we can be more engaged and active throughout the lecture ..
THANK YOU
My favourite sir ❤
You rock sir 🎉 everything became crystal clear ❤️
Sir The way you explain complex topics is clear, concise, and engaging thank you so much sir ☺️😊
@keshavbansal-lq2pb
53 seconds ago
TIMESTAMPS
0:00 Intro
2:58 Force
5:19 Effect of Force
7:38 Types of Force
13:45 Newton's 1st Law
17:55 Experiments
21:20 1st Law In Everyday Life
28:02 Inertia
31:45 Momentum
36:02 Newtons's 2nd Law
47:02 2nd Law In Everyday Life
48:20 Newton's 3rd Law
52:50 Experiments
56:05 3rd Law Daily Life Application
57:52 Law of Conservation of Momentum
1:05:00 Concept of Tension
1:11:22 Normal Reaction
1:15:57 Lift Cases
1:23:48 Life Experiment
1:30:20 Experiment
1:31:40 Connected Motion
1:41:36 Impulse
1:45:15 Impulse Momentum Theorem
1:48:55 Friction
1:56:30 Types of Friction
1:56:40 Internal Friction
1:57:58 External Friction-Static,Limiting,Kinetic
2:04:04 Law of Friction
2:08:42 Angle of Friction
2:13:35 Angle of Repose
2:24:30 Max Velocity without skiding
2:31:40 Banking of Road
2:42:00 Outro
please like my comment
.......... . .
1
Reply
@AsliTejas
8 months ago
TIMESTAMPS
0:00 Intro
2:58 Force
5:19 Effect of Force
7:38 Types of Force
13:45 Newton's 1st Law
17:55 Experiments
21:20 1st Law In Everyday Life
28:02 Inertia
31:45 Momentum
36:02 Newtons's 2nd Law
47:02 2nd Law In Everyday Life
48:20 Newton's 3rd Law
52:50 Experiments
56:05 3rd Law Daily Life Application
57:52 Law of Conservation of Momentum
1:05:00 Concept of Tension
1:11:22 Normal Reaction
1:15:57 Lift Cases
1:23:48 Life Experiment
1:30:20 Experiment
1:31:40 Connected Motion
1:41:36 Impulse
1:45:15 Impulse Momentum Theorem
1:48:55 Friction
1:56:30 Types of Friction
1:56:40 Internal Friction
1:57:58 External Friction-Static,Limiting,Kinetic
2:04:04 Law of Friction
2:08:42 Angle of Friction
2:13:35 Angle of Repose
2:24:30 Max Velocity without skiding
2:31:40 Banking of Road
2:42:00 Outro
Like so others can see this comment
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55 replies
@Shiraksar200
3 weeks ago
Anyone here 2024-25 batch??
44
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12 replies
@alover4438
3 months ago
Here is Newton's fourth law "that every book continues in the state of rest until and unless an external or internal exam appears and the speed of page turning is directly proportional to the syllabus to be covered and the tension will remain constant in mind
47
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5 replies
@Jai_jagannath192
3 months ago
00:02 One shot on Laws of Motion with live experiments.
02:21 Force is defined as push and pull on any object.
06:23 Force can change direction, speed, and shape.
08:21 Balanced and unbalanced forces lead to net force of zero.
12:32 Unbalanced forces can change state and shape
14:51 Newton's First Law of Motion
18:55 Newton's First Law of Motion
20:46 Newton's First Law: Object at rest stays at rest, object in motion stays in motion
24:26 Impacts of motion on body during accidents
26:07 Newton's first law in action
30:02 Inertia is difficult to change
31:48 Momentum is the product of mass and velocity
35:50 Newton's second law relates force to momentum change.
37:55 Force is proportional to final momentum.
42:28 Understanding momentum and time in daily life
44:38 Momentum changes create force and impact
48:08 Newton's Third Law: Every action has an equal and opposite reaction
50:28 Forces F1 and f2 are equal and opposite.
54:21 Newton's Third Law demonstrated with live experiments.
56:22 Laws of Motion and examples of equal and opposite reactions
1:00:13 Total momentum before and after collision is always equal.
1:02:22 Newton's Third Law states that every action has an equal and opposite reaction.
1:06:56 Understanding tension force and balance in the context of fan design
1:08:59 Force application affects the breaking of strings.
1:13:25 Normal reaction is due to action-reaction principle.
1:15:53 Understanding lift cases in physics
1:21:21 Changes in weight experienced in an elevator
1:24:06 Weight variations in an elevator due to mass and free fall
1:28:30 Discussing acceleration in different scenarios
1:30:52 Understanding connected motion and pulley cases
1:35:10 Calculating tension and acceleration using equations.
1:37:37 Deriving the formula for acceleration using live experiments
1:42:29 Impulse is the product of force and time
1:44:41 Impulse and momentum are related through force and time.
1:48:52 Friction is a force that opposes motion
1:51:16 Friction is caused by interlocking between irregular surfaces.
1:55:36 Understanding the concept of internal friction
1:57:34 Internal friction is for solids only liquids and gases
2:01:24 Friction has a limit called limiting friction.
2:03:36 Frictional force depends on the normal reaction.
2:07:46 Friction and angles are important in understanding motion.
2:09:55 Friction always acts in the opposite direction.
2:14:05 The angle of repose determines at what angle objects start sliding on an inclined plane.
2:16:23 The weight and surface of an object affect its rate of fall.
2:19:47 Explanation of frictional forces and angle of repose
2:21:50 Friction cancels the downward force, leading to the angle of repose and friction being equal
2:27:03 Understanding maximum velocity without skidding
2:28:49 Centripetal force must be greater than or equal to friction for no slipping.
2:32:45 Understanding the concept of off-road banking.
2:34:49 Deriving the centripetal force and its components
2:39:49 Optimum speed for turning on a frictionless road
2:42:00 The law of motion one shot ends
Thank me Later
Jai Shree Krishna
48
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3 replies
@artwithdishika2743
8 months ago
Ashu sir respect button
64
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keshav bansal
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1 reply
@DollyRajput-rc8eb
1 month ago
Kha ha
Reply
@keshavbansal-lq2pb
0 seconds ago
@DollyRajput-rc8eb dislike par
dont read the comment
langest comment
Bhai tu padne aaya h ki comments pe likes kamane 🙄😂
@@neelukirecipe4043 padhne aaya hu bhai
2:26:20
Full support sir ❤
Too nice session...got a bit stressed when saw that huge time but that stress went to trust when saw Ashu sir.... hat's off to him..he did all the derivation and the experiments too... literally loved to watch the session and even liked his funny jokes.. feelings too happy that there r some teachers still left who r not looking for money
Is this lecture enough?
The work you are doing is very good please don't stop that your student from Karnataka ❤
❤ no one explains Phys this good
2:43👀💀🙈😂
Your one-shot videos are absolutely remarkable! They have been an incredible source of assistance for my upcoming midterms, which are just a day away. However, I noticed that the one-shot video lectures on gravitation and rotational motion have not been uploaded yet. If possible, could you please prioritize uploading the video on rotational motion, as it carries more marks and is a chapter I particularly prefer? Thank you so much in advance!😃
preparing for half yearly best explanation thnku sir❤
Sir this one shot is very helpful for the school exam
Thank you 🙏 Sir ❤❤❤
Because of you I completed my backlogs ❤
1:13:16 sir Jo weighing machine ka weight apparent hai ya acctual
1:21:03 Sir upward jaate time bhaari mehsus hota h or downward jaate time halka.....
1:26:16 Even Ashu sir watches Dhruv Rathee . That say something 😊
German shepherd 😂😂
German Sheppard
sir bhi dhruv raathe ki bakchodi dekhne jate h
namaskar dosto
Namaskar dosto .,M germany ka kutta bhok rha hu🥺
I actually didn't understand the topic "Banking of road". I'm actually studying these portions before taking in the class. Except this topic all other topics are crystal clear. I really love the way you teach the portions with experiments❤
go watch his series part of this topic there u ill understand it perfectly
My Exam on 11 sep and I clearly understand this chapter 🔥🔥🔥🔥🔥🔥🔥
Thank you so much sir.
I wish I will get your offline lecture once❤
Same bro😭
Great video, i have not studied at all yet and i have an exam on 4th October. I couldnt find a coaching that suited me well, but these videos helped me a lot more than my tuition and school teachers combines
I am completeing full series of phy and chemistry of yours sir …
Thankyou very much sirji 👍✅🎉
Bro please tell me about chemistry videos, I didn't found them😢
Thanks for always being there sir ❤❤
Full concept donee ... Nice videoo❤❤
it was a grttttt session which made my concepts crystal clear and made me confident for exam 1 day beforee.......
1:46:39 Nsec
omg!!!it is very helpfulable for us tysm sir for your this kind of hardwork tomorrow definitely i will gonaa rock in the exam.
it is very hectic to see the full video of six to seven hours but is is very easy not very easy but little bit easy to see almot 2:30 hour video in one go!!with full of enjoyment and double meaning jokes!! thank you so much sir...ek din boht naam kamayenge aur khi na kgi aapko bhi uska full credit denge jaise 10 me ache marks dilaye h aaapne i am sure 11 me bhi aayenge tysm sir lots of love and keep going!! ab fortuner ke baad konsi gaadi kharidni h❤😂🎉