Laws of Motion One Shot Physics with Live Experiments | Class 11 Physics NCERT | By Ashu Sir

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[AsliTejas]

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

[Arnal_]

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

[HarshJain-pv]

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

[TheUnexplainedFiles_]

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

[Jaishreekrishna]

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

[Sudarshan-nnbw]

34:48 by increasing velocity
1:06:32 tension=mg
1:20:53 upwards-heavy
downwards-light
1:44:37 Nsec

[rao_krishu]

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. 😊❤

[bbybinnie_]

omggg... Ashu sir will be the sole reason I pass my Physics exam...😭😭😭💕💕💯

[Harsh]

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 😅

[adil_naqvi]

We need these kind of lecture of chemistry from ashu sir only ❤😅😊

[afrozchishty]

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. 😢

[ASPIRETHCBSE]

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

[jiyaaggarwal]

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

[KamalKant-jr]

34:59 velocity change krke
55:39 most hilarious part😂😂
1:06:01 kyunki rassi pakdi hoyi hai
1:09:01 1st wali

[AnimeDattebayo]

THESE ONE SHOTS ARE VERY HELPFULL FOR SCHOOL EXAMS

[alover]

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 💞

[ZaraRahmankhan]

35:01 by changing it's velocity, the momentum can be changed
1:06:10 tension is acting in the direction of rope away from the body
1:21:03 upward - heavy & downward - light (initially)
1:44:30 kg m/s or N sec

[shagunsharma]

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.

[aradhyajaganwar]

Sir aapne abhi bhi 3 legs bana he diye 😂😂😂 1:12:36

[srivatsarjun]

2:42:13 one shot completed
Mehnat kabhi waste nahi hoti ❤️‍🔥❤️‍🔥❤️‍🔥 aapki mehant ke liye shabdh nhi hai humare pas