FORCE AND LAWS OF MOTION in 1 Shot: FULL CHAPTER | Class 9th Science

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Master the Force and Laws of Motion chapter in this one-shot video! Understand essential concepts, formulas, and Newton’s laws of motion with detailed explanations and examples. Ideal for Class 9 Science revision and exam preparation. Force, Motion, Newton's Laws, Class 9 Science, One Shot, Physics, Formulas, Revision, PYQs, Exam Tips.
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Timestamps:
00:00 - Introduction
04:59 - Force and Effects of force
10:48 - Balanced and Unbalanced force
19:27 - Inertia
31:01 - Newton’s first law
33:37 - Momentum
40:00 - Newton’s second law
49:26 - Newton’s third law
57:30 - Questions
1:40:43 - Conservation of momentum
1:45:41 - Impulse
1:48:33 - Thank You Bacchon
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#forceandlawsofmotionclass9 #Race2025 #Class9 #NEEV #PhysicsWallah #PW #OneShot #Cbse #fullchapter #science

[sdedloop]

Timestamps
00:15 - Introduction to the chapter on Force and Laws of Motion.
01:00 - Comprehensive exploration of Class 9 Science Force and Motion chapter.
02:31 - Galileo's experiments at Pisa University revolutionized physics.
03:08 - Understanding Newton's laws and key terms in motion.
04:26 - Introduction to creating definitions and solving numericals in class.
05:02 - Understanding force definitions and their importance for examinations.
06:24 - Force is a push or pull affecting position and shape.
07:25 - Force can change the speed and direction of an object.
09:17 - Importance of thorough revision for exam preparedness.
09:55 - Force can change the state of an object.
11:17 - Ramoo's friends apply force to get him to play games.
12:04 - Understanding unbalanced forces affecting motion.
13:42 - Balanced forces occur when the resultant force is zero.
14:45 - Unbalanced forces lead to acceleration and changes in motion.
16:45 - Understanding constant speed and acceleration through practical examples.
17:25 - Inertia explains why moving objects continue in motion after a force stops.
19:12 - Understanding net forces and inertia in motion.
19:50 - Motion requires continuous force according to Aristotle's theory.
21:20 - Understanding the concept of space beyond Earth's atmosphere.
22:01 - Objects in space require no force to move without friction.
23:22 - Children struggle to sleep due to notifications disrupting routine.
24:21 - Discussion on family dynamics and discipline methods.
25:49 - Inertia is an object's property resisting changes in motion.
26:41 - Types of inertia and their examples in motion.
28:12 - Understanding inertia of motion and rest through practical examples.
28:55 - Inertia explains an object's resistance to change in position or direction.
30:10 - Understanding inertia, rest, motion, and Newton's First Law.
31:09 - Newton's First Law connects to Galileo's concepts of inertia.
33:01 - Newton's First Law explains motion and unbalanced forces.
33:45 - Class participation in sports like cricket and badminton enhances student engagement.
35:28 - Students often underestimate the importance of 9th-grade physics.
36:03 - Understanding the importance of solid basics for future exams.
37:34 - Momentum explains the relationship between mass and velocity of objects.
38:24 - Understanding momentum and its relation to Newton's second law.
39:53 - Understanding Newton's Second Law of Motion through momentum examples.
40:37 - Catching a ball demonstrates the laws of motion and force dynamics.
41:58 - Understanding the physics of force during physical punishment.
42:45 - Momentum depends on mass and velocity; it becomes zero when velocity is zero.
44:15 - Understanding momentum and its changes during collisions.
44:59 - Momentum change affects the impact of collisions.
46:47 - Understanding the relationship between force, momentum, and time.
47:38 - Understanding the relationship between time, force, and momentum.
49:29 - Newton's Laws of Motion: Understanding the significance of the third law.
50:10 - Newton's Third Law states that every action has an equal opposite reaction.
51:59 - Understanding motion through water and rocket propulsion.
52:41 - Action and reaction pairs operate in opposite directions.
54:46 - Action and reaction forces act on different bodies.
55:32 - Understanding Newton's Third Law through jumping from a boat.
57:14 - Understanding the principles of force and motion through interactive questioning.
57:56 - Inertia resists changes in motion of an object.
59:39 - Discusses the relevance of advanced topics in motion for future studies.
1:00:24 - Action and reaction forces act in opposite directions on different bodies.
1:02:04 - Understanding linear momentum in relation to mass and velocity.
1:02:44 - Momentum remains constant despite changes in mass and velocity.
1:04:15 - Engagement and homework tasks for students on motion concepts.
1:04:51 - The mango's seasonal timing showcases its intelligence and popularity.
1:06:17 - Inertia causes leaves to remain at rest despite tree movement.
1:07:09 - Understanding motion and forces through practical examples.
1:08:37 - Understanding inertia through numerical problems in motion.
1:09:17 - Focus on understanding approach before jumping to solutions.
1:11:26 - Understanding momentum change during a ball's collision with a wall.
1:12:13 - Understanding velocity direction with mass and conversions.
1:14:15 - Momentum and velocity concepts in motion explained.
1:14:56 - Calculating acceleration and frictional force for a rolling ball.
1:16:40 - Understanding acceleration, force calculation, and negative values.
1:17:38 - Understanding Newton's First Law of Motion through case studies.
1:18:46 - Students fear case-based studies due to lack of knowledge.
1:19:28 - Understanding the impact of a virus on vulnerable populations.
1:20:53 - An object at rest remains at rest without external force.
1:21:49 - Understanding case-based questions in physics is crucial.
1:23:33 - Understanding final velocity and calculating acceleration.
1:24:36 - Force is opposite to motion when brakes are applied.
1:26:23 - Introduction to the uniqueness and brilliance of students.
1:27:09 - Basic concepts of acceleration and force calculation.
1:28:54 - Understanding mass and velocity in motion scenarios.
1:29:59 - Understanding bullet penetration into wood and its stopping time.
1:31:37 - Multiple methods to solve motion problems are discussed.
1:32:25 - Understanding second equation methods in momentum questions.
1:33:55 - Understanding momentum and motion equations for calculations.
1:34:54 - Understanding momentum and its calculation using mass and velocity.
1:36:38 - Understanding second equation of motion and calculating force.
1:37:46 - Understanding motion and force through practical examples.
1:39:16 - Calculating force using mass and acceleration.
1:40:11 - Understanding the force of friction and conservation of momentum.
1:42:13 - Momentum conservation ensures total momentum remains constant in isolated systems.
1:43:51 - Complete understanding of force and laws of motion definitions.
1:45:40 - Understanding impulse and its significance in motion.
1:46:41 - Stay positive and confident in your studies for success.
1:48:06 - Summary of birthday greetings and class updates.

[DeepakKumar-jved]

I am from neev batch.
I had already learnt these all from our Rakshak Sir .
But this lecture make me revised and now I am confident from this chapter that I will answer all the questions from this one .
Thank you much

[abhashofc]

00:15 - Introduction to the chapter on Force and Laws of Motion.
01:00 - Comprehensive exploration of Class 9 Science Force and Motion chapter.
02:31 - Galileo's experiments at Pisa University revolutionized physics.
03:08 - Understanding Newton's laws and key terms in motion.
04:26 - Introduction to creating definitions and solving numericals in class.
05:02 - Understanding force definitions and their importance for examinations.
06:24 - Force is a push or pull affecting position and shape.
07:25 - Force can change the speed and direction of an object.
09:17 - Importance of thorough revision for exam preparedness.
09:55 - Force can change the state of an object.
11:17 - Ramoo's friends apply force to get him to play games.
12:04 - Understanding unbalanced forces affecting motion.
13:42 - Balanced forces occur when the resultant force is zero.
14:45 - Unbalanced forces lead to acceleration and changes in motion.
16:45 - Understanding constant speed and acceleration through practical examples.
17:25 - Inertia explains why moving objects continue in motion after a force stops.
19:12 - Understanding net forces and inertia in motion.
19:50 - Motion requires continuous force according to Aristotle's theory.
21:20 - Understanding the concept of space beyond Earth's atmosphere.
22:01 - Objects in space require no force to move without friction.
23:22 - Children struggle to sleep due to notifications disrupting routine.
24:21 - Discussion on family dynamics and discipline methods.
25:49 - Inertia is an object's property resisting changes in motion.
26:41 - Types of inertia and their examples in motion.
28:12 - Understanding inertia of motion and rest through practical examples.
28:55 - Inertia explains an object's resistance to change in position or direction.
30:10 - Understanding inertia, rest, motion, and Newton's First Law.
31:09 - Newton's First Law connects to Galileo's concepts of inertia.
33:01 - Newton's First Law explains motion and unbalanced forces.
33:45 - Class participation in sports like cricket and badminton enhances student engagement.
35:28 - Students often underestimate the importance of 9th-grade physics.
36:03 - Understanding the importance of solid basics for future exams.
37:34 - Momentum explains the relationship between mass and velocity of objects.
38:24 - Understanding momentum and its relation to Newton's second law.
39:53 - Understanding Newton's Second Law of Motion through momentum examples.
40:37 - Catching a ball demonstrates the laws of motion and force dynamics.
41:58 - Understanding the physics of force during physical punishment.
42:45 - Momentum depends on mass and velocity; it becomes zero when velocity is zero.
44:15 - Understanding momentum and its changes during collisions.
44:59 - Momentum change affects the impact of collisions.
46:47 - Understanding the relationship between force, momentum, and time.
47:38 - Understanding the relationship between time, force, and momentum.
49:29 - Newton's Laws of Motion: Understanding the significance of the third law.
50:10 - Newton's Third Law states that every action has an equal opposite reaction.
51:59 - Understanding motion through water and rocket propulsion.
52:41 - Action and reaction pairs operate in opposite directions.
54:46 - Action and reaction forces act on different bodies.
55:32 - Understanding Newton's Third Law through jumping from a boat.
57:14 - Understanding the principles of force and motion through interactive questioning.
57:56 - Inertia resists changes in motion of an object.
59:39 - Discusses the relevance of advanced topics in motion for future studies.
1:00:24 - Action and reaction forces act in opposite directions on different bodies.
1:02:04 - Understanding linear momentum in relation to mass and velocity.
1:02:44 - Momentum remains constant despite changes in mass and velocity.
1:04:15 - Engagement and homework tasks for students on motion concepts.
1:04:51 - The mango's seasonal timing showcases its intelligence and popularity.
1:06:17 - Inertia causes leaves to remain at rest despite tree movement.
1:07:09 - Understanding motion and forces through practical examples.
1:08:37 - Understanding inertia through numerical problems in motion.
1:09:17 - Focus on understanding approach before jumping to solutions.
1:11:26 - Understanding momentum change during a ball's collision with a wall.
1:12:13 - Understanding velocity direction with mass and conversions.
1:14:15 - Momentum and velocity concepts in motion explained.
1:14:56 - Calculating acceleration and frictional force for a rolling ball.
1:16:40 - Understanding acceleration, force calculation, and negative values.
1:17:38 - Understanding Newton's First Law of Motion through case studies.
1:18:46 - Students fear case-based studies due to lack of knowledge.
1:19:28 - Understanding the impact of a virus on vulnerable populations.
1:20:53 - An object at rest remains at rest without external force.
1:21:49 - Understanding case-based questions in physics is crucial.
1:23:33 - Understanding final velocity and calculating acceleration.
1:24:36 - Force is opposite to motion when brakes are applied.
1:26:23 - Introduction to the uniqueness and brilliance of students.
1:27:09 - Basic concepts of acceleration and force calculation.
1:28:54 - Understanding mass and velocity in motion scenarios.
1:29:59 - Understanding bullet penetration into wood and its stopping time.
1:31:37 - Multiple methods to solve motion problems are discussed.
1:32:25 - Understanding second equation methods in momentum questions.
1:33:55 - Understanding momentum and motion equations for calculations.
1:34:54 - Understanding momentum and its calculation using mass and velocity.
1:36:38 - Understanding second equation of motion and calculating force.
1:37:46 - Understanding motion and force through practical examples.
1:39:16 - Calculating force using mass and acceleration.
1:40:11 - Understanding the force of friction and conservation of momentum.
1:42:13 - Momentum conservation ensures total momentum remains constant in isolated systems.
1:43:51 - Complete understanding of force and laws of motion definitions.
1:45:40 - Understanding impulse and its significance in motion.
1:46:41 - Stay positive and confident in your studies for success.
1:48:06 - Summary of birthday greetings and class updates.

[mainlyshaurya_]

Timestamps
04:59 - Force and Effects of force
10:48 - Balanced and Unbalanced force
19:27 - Inertia
31:01 - Newton’s first law
33:37 - Momentum
40:00 - Newton’s second law
49:26 - Newton’s third law
57:30 - Questions
1:40:43 - Conservation of momentum
1:45:41 - Impulse

[skatesword]

00:00​ - Introduction
04:59​ - Force and Effects of force
10:48​ - Balanced and Unbalanced force
19:27​ - Inertia
31:01​ - Newton’s first law
33:37​ - Momentum
40:00​ - Newton’s second law
49:26​ - Newton’s third law
57:30​ - Questions
1:40:43​ - Conservation of momentum
1:45:41​ - Impulse

[scssnzm]

Timingss..!!👍🏻✨
00:15 - Introduction to the chapter on Force and Laws of Motion.
01:00 - Comprehensive exploration of Class 9 Science Force and Motion chapter.
02:31 - Galileo's experiments at Pisa University revolutionized physics.
03:08 - Understanding Newton's laws and key terms in motion.
04:26 - Introduction to creating definitions and solving numericals in class.
05:02 - Understanding force definitions and their importance for examinations.
06:24 - Force is a push or pull affecting position and shape.
07:25 - Force can change the speed and direction of an object.
09:17 - Importance of thorough revision for exam preparedness.
09:55 - Force can change the state of an object.
11:17 - Ramoo's friends apply force to get him to play games.
12:04 - Understanding unbalanced forces affecting motion.
13:42 - Balanced forces occur when the resultant force is zero.
14:45 - Unbalanced forces lead to acceleration and changes in motion.
16:45 - Understanding constant speed and acceleration through practical examples.
17:25 - Inertia explains why moving objects continue in motion after a force stops.
19:12 - Understanding net forces and inertia in motion.
19:50 - Motion requires continuous force according to Aristotle's theory.
21:20 - Understanding the concept of space beyond Earth's atmosphere.
22:01 - Objects in space require no force to move without friction.
23:22 - Children struggle to sleep due to notifications disrupting routine.
24:21 - Discussion on family dynamics and discipline methods.
25:49 - Inertia is an object's property resisting changes in motion.
26:41 - Types of inertia and their examples in motion.
28:12 - Understanding inertia of motion and rest through practical examples.
28:55 - Inertia explains an object's resistance to change in position or direction.
30:10 - Understanding inertia, rest, motion, and Newton's First Law.
31:09 - Newton's First Law connects to Galileo's concepts of inertia.
33:01 - Newton's First Law explains motion and unbalanced forces.
33:45 - Class participation in sports like cricket and badminton enhances student engagement.
35:28 - Students often underestimate the importance of 9th-grade physics.
36:03 - Understanding the importance of solid basics for future exams.
37:34 - Momentum explains the relationship between mass and velocity of objects.
38:24 - Understanding momentum and its relation to Newton's second law.
39:53 - Understanding Newton's Second Law of Motion through momentum examples.
40:37 - Catching a ball demonstrates the laws of motion and force dynamics.
41:58 - Understanding the physics of force during physical punishment.
42:45 - Momentum depends on mass and velocity; it becomes zero when velocity is zero.
44:15 - Understanding momentum and its changes during collisions.
44:59 - Momentum change affects the impact of collisions.
46:47 - Understanding the relationship between force, momentum, and time.
47:38 - Understanding the relationship between time, force, and momentum.
49:29 - Newton's Laws of Motion: Understanding the significance of the third law.
50:10 - Newton's Third Law states that every action has an equal opposite reaction.
51:59 - Understanding motion through water and rocket propulsion.
52:41 - Action and reaction pairs operate in opposite directions.
54:46 - Action and reaction forces act on different bodies.
55:32 - Understanding Newton's Third Law through jumping from a boat.
57:14 - Understanding the principles of force and motion through interactive questioning.
57:56 - Inertia resists changes in motion of an object.
59:39 - Discusses the relevance of advanced topics in motion for future studies.
1:00:24 - Action and reaction forces act in opposite directions on different bodies.
1:02:04 - Understanding linear momentum in relation to mass and velocity.
1:02:44 - Momentum remains constant despite changes in mass and velocity.
1:04:15 - Engagement and homework tasks for students on motion concepts.
1:04:51 - The mango's seasonal timing showcases its intelligence and popularity.
1:06:17 - Inertia causes leaves to remain at rest despite tree movement.
1:07:09 - Understanding motion and forces through practical examples.
1:08:37 - Understanding inertia through numerical problems in motion.
1:09:17 - Focus on understanding approach before jumping to solutions.
1:11:26 - Understanding momentum change during a ball's collision with a wall.
1:12:13 - Understanding velocity direction with mass and conversions.
1:14:15 - Momentum and velocity concepts in motion explained.
1:14:56 - Calculating acceleration and frictional force for a rolling ball.
1:16:40 - Understanding acceleration, force calculation, and negative values.
1:17:38 - Understanding Newton's First Law of Motion through case studies.
1:18:46 - Students fear case-based studies due to lack of knowledge.
1:19:28 - Understanding the impact of a virus on vulnerable populations.
1:20:53 - An object at rest remains at rest without external force.
1:21:49 - Understanding case-based questions in physics is crucial.
1:23:33 - Understanding final velocity and calculating acceleration.
1:24:36 - Force is opposite to motion when brakes are applied.
1:26:23 - Introduction to the uniqueness and brilliance of students.
1:27:09 - Basic concepts of acceleration and force calculation.
1:28:54 - Understanding mass and velocity in motion scenarios.
1:29:59 - Understanding bullet penetration into wood and its stopping time.
1:31:37 - Multiple methods to solve motion problems are discussed.
1:32:25 - Understanding second equation methods in momentum questions.
1:33:55 - Understanding momentum and motion equations for calculations.
1:34:54 - Understanding momentum and its calculation using mass and velocity.
1:36:38 - Understanding second equation of motion and calculating force.
1:37:46 - Understanding motion and force through practical examples.
1:39:16 - Calculating force using mass and acceleration.
1:40:11 - Understanding the force of friction and conservation of momentum.
1:42:13 - Momentum conservation ensures total momentum remains constant in isolated systems.
1:43:51 - Complete understanding of force and laws of motion definitions.
1:45:40 - Understanding impulse and its significance in motion.
1:46:41 - Stay positive and confident in your studies for success.
1:48:06 - Summary of birthday greetings and class updates.

[Indianyoutuber]

Maa kasam jo like and subscribe nahi kiya vo exam ma fail ho sakta haa ( don't risk)....

[AyushAnand-vhow]

Sir gun ke example me Rakshak sir bataye thae class me gun me action phiche aur reaction aage hota hai

[AbhijayPunj-rw]

VOTE FOR AKSHAY TYAGI SIR IN UDAAN 2026!!!

[rameshchandra]

m/s me change karne ke liye 5/18 se divide hi kyu karte hai sir...????

[PritamSingh-or]

Sir aap force formula aur si units discuss nhi kiye h....❤

[sreeram]

Bhaiya yeh answers hai -
1.c
2.b
3.a
4.b
5. D
numericals
1. B
2.8kgm/s
3. C
Case study
1) a
2) a
Numerical
1) c
2) 50 N = a
3)a 2.25m
4)40 kgm/s
5)b
6)4kgm/s
7) 4N

[ShagunnSingh]

Sir aapne kuch questions ke option me "-" ka sign nahi lagaya hai

[Study-jd]

Thank you so much sir 😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊

[Learn_with_deepika]

Sir mza aa jata hai aapki class lekar❤️🔥 sir ek request thi plz give strategy for how to prepare for iit from class 9-10th plz bhaiya🥹❤️
~ aapki bahan🥹❤️🫶🏻

[HITANSHchandwani]

AT FROM NEEV RELOADED 😍😍😍😍😍😍😍😍 JESA AAPNE KAHA GURUJI 😅😅😅😅😅😅😅😅😅😅😅

[AjayaChaudhary-on]

Homework question answer is :-
1. A
2. A

Sir question practice aap bhot kam karat ho please question practice jada sa jada kar va ho.

Ma live class is liya nahi la sakti kyo ki us time per mari bhen ki class aati h.. Or us ki class mara class sa important h kyo ki vo 12th class ma h

[Englishadda]

C) resist any change in the state of its motion

[shashwatkunalkeshri]

please come on udaan 2026 you make phyics simple