Timestamps: 0:00 Introduction 1:04 What is Motion? 2:50 Rectilinear Motion 5:31 Position-Time Graphs 7:37 Slope of Position-Time Graph : Velocity 14:37 Can Slope be Negative? 17:16 Interpretation from different Position-Time Graphs 21:48 Average & Instantaneous Speed 28:05 Average & Instantaneous Velocity 28:52 Acceleration 30:37 Acceleration from V-T Graph 38:48 Acceleration =0 39:37 Average & Instantaneous Acceleration 40:08 Interpretation from different Velocity-Time graphs 47:28 Acceleration-Time graph 53:49 Area under V-T curve =Displacement 56:21 Conclusion from P-T graphs & V-T graphs 57:51 Basic Relations: x , v, a 1:03:59 Kinematic equations of motion 1:06:47 Problem 1. 1:14:40 Problem 2. ✈✈🕠🕔🕟🕓🕞🕒🕝🕑🕜🕐🕧🕛

iit 2026 wale like karo jisne pcm le rakhi or 2026 mein iit jee ka paper denge or paper clear bhi hoga only first attempt mein ❤

🙋Neet 2026 attendance here😅😅😅

Is there anyone who is studying for exam before some days like me 😂😂 Edit:- wah mumma first time I got these much likes by the way thank u for likes 😉

Anybody who is not Preparing for some Exam😅👇

Class 11th 2024 attendance ❤❤

Tomorrow is my 1st monthly test and I am preparing today😢

Motion in a straight line is discussed, covering concepts, theories, and numerical problems. The video explains the difference between average and instantaneous speed, and the equations of motion to solve real-life problems involving displacement, velocity, and acceleration. Key moments: 00:23 Objects moving in a straight line are termed as rectilinear motion. Understanding displacement-time and position-time graphs helps determine speed and velocity. -Rectilinear motion refers to objects moving in a straight line, simplifying motion analysis. -Displacement-time and position-time graphs aid in calculating speed and velocity accurately. 13:06 Understanding the concept of slope in position-time graphs is crucial. A negative slope indicates decreasing position over time, while a positive slope indicates increasing position over time. -Interpreting negative and positive slopes in position-time graphs. Negative slope signifies decreasing position, while positive slope signifies increasing position over time. -Analyzing the relationship between position and time in graphs. Positive slope indicates motion away from the origin, while negative slope indicates motion towards the origin. 16:09 Understanding the concept of distance-time graphs helps in analyzing motion patterns. The slope of a line on the graph indicates the speed of an object over time. -Analyzing uniform motion in distance-time graphs reveals constant speed. Positive slope indicates forward motion, while negative slope indicates backward motion. -Exploring average speed calculation using total distance covered and total time taken for a journey provides insights into motion analysis. -Discussing instant speed helps in understanding speed at a specific moment, providing a deeper insight into analyzing motion dynamics. 24:11 Understanding velocity, acceleration, and displacement in a journey. Velocity changes with time, acceleration is the rate of change of velocity, and displacement is the change in position over time. -Explaining the concept of average speed and instant speed in a journey. -Calculating average speed and instant speed based on total distance and total time taken. -Differentiating between velocity, acceleration, and displacement in the context of a journey. 32:15 Understanding the relationship between velocity-time graphs and acceleration. Acceleration is constant when velocity changes uniformly, leading to different types of acceleration scenarios. -Exploring how acceleration affects journey segments from home to shop and shop to school, showcasing different acceleration scenarios. -Analyzing velocity-time graphs to determine acceleration values and the impact of uniform velocity changes on acceleration. -Differentiating between uniform and non-uniform velocity changes and their corresponding acceleration values in velocity-time graphs. 40:18 Understanding velocity-time graphs helps determine motion characteristics like acceleration. Analyzing uniform and non-uniform velocity-time graphs reveals corresponding acceleration patterns. -Analyzing velocity-time graphs aids in predicting acceleration behavior based on uniform or non-uniform patterns. -Identifying consistent acceleration from uniform velocity-time graphs and variable acceleration from non-uniform graphs. -Homework involves creating position-time and acceleration-time graphs to solidify understanding of velocity-time graph concepts. 48:28 The video discusses the relationship between displacement, velocity, and acceleration in velocity-time graphs, explaining how to calculate acceleration values in different phases of the graph. -Explaining the concept of acceleration and velocity in different phases of a velocity-time graph. -Understanding the significance of slope in displacement-time and velocity-time graphs. -Discussing the area under the curve in velocity-time graphs and its implications on displacement. 56:46 Understanding the concepts of displacement, velocity, acceleration, and differentiation in calculus is crucial for solving motion-related problems in exams and real-life scenarios. -Differentiation and its application in solving motion-related problems in exams and real-life scenarios. -Integration concept in acceleration calculations and its practical implications in determining velocity values. -Exploring equations of motion to relate different quantities like acceleration, speed, displacement, and time for problem-solving. 1:06:41 Understanding the concept of motion and position is crucial, as demonstrated by solving equations and graphical representations in the video. It helps in determining displacement, velocity, and acceleration accurately. -Importance of numerical analysis in understanding motion and position. -Solving equations to find acceleration and displacement. -Calculating areas under graphs to determine displacement. 1:14:44 Understanding the motion of a car on a street road involves calculating speed, distance, and time using equations. LearningHub offers free educational resources including videos, notes, and practice tests for students preparing for exams. -Calculation of acceleration, time taken to stop the car, and solving numerical problems related to motion equations. -Converting units from kilometers to meters per second for accurate calculations in physics. -Introduction to LearningHub, a free learning platform providing educational content for students preparing for exams like NEET and JEE. pls like the comment if it was useful for you

PCMB attendance here 😅😅😅❤❤

2024 class11?

Thank you ma'am for delivering such a perfect lecture for this chapter which was so important to build it's strong foundation. Love and support to you always.❤❤

jee 2026 attendance here😀😀🤚

Thankyou mam you make a every concept crystal clear ❤

But in this ch. The Intregation and differentiation is not there...but left the topic Btw the lecture was superb thank u for this lecture..❤ But maam what to do now cauz Intregation and differentiation got left over..😭

Mam, i have one doubt...11:39 you said 2nd quadrant tan is negative but the current graph was in 1st quadrant thn why did u take negative?

concept hua crystal clear 🙏

I'm not prepared for exam

2024-2025 attendence here❤

Average speed, position time graph, velocity are deleted

Yr explanation is very good mam 🙏😌... thanks for helping us 💓

Her teaching is so fab🩷.Every concept is crystal clear✨️

At 53:27 why did the 3rd part in a-t graph go below the x axis. That happens only when motion is -ve, but over here its because of retardation so wont it be a falling line above the x axis. Please help im confused

Concept hua crystal clear

Does this video have free fall concept?

Anybody here, who is just watching this because they respect mam and want to learn from her even when they have no upcoming exams?

Mam please make vedio on science chapters cutting topics

Mam u didn't include Integration, maxima and minima

This video is very help full for us

Concept hua Crystal clear.

Hello mam! Thankyou for the video but I had a doubt. At 44:50 in case 3, even though the acceleration is negative, the velocity is positive which implies that the displacement should also increase with time, but the graph you made for displacement vs time denotes that the displacement is decreasing. I wanted to clarify this. Thankyou and all your videos are very helpful!!

Good explanation !

Mam can we download your video to revise it . Not for commercial purposes but study purpose .

Any nda aspirant ✨❤️

Tomorrow is my biomonthly exam 📃📃 I am a watching 👀👀 this video now 😅😅

How to get notes of this chapter 😅😅😅😅😅😅

Nice explanation ❤

Any JEE buddy is here ❤

Mam distance time graph kha padhaya apne

NEGATIVE ACCELERATION IS ALSO KNOWN AS RETARDATION OR DECCELERATION

16.23

Ma'am please upload more videos of physics.

Mam you are best teacher in the world

Is it also for jee😊

1:06:56

Your the best teacher ever!! 😭

Nice explanation 😮❤

Mai Air India rank 1 hu neet main mam lekin still I like watching ur videos mam😂.. 7:48

Mamyour video is superb 😊😊😅

Purana video paste hh😂

Please help me with electronics also

Mam please give me a PDF

#ConceptsHogyaCrystalClear😇

10:17 can anybody explain why ..here tan theta is taken

Mam pls change captions language into English

❤❤❤❤❤❤❤❤❤❤

❤

Mam ham hindi medium wale hai, hindi me bhi batya karo

M,am you are the best😊😊

Deleted syllabus bhi include kyu kiya h mam

Please pray for me i want to pass in tomorrow exam 😢😢😢

Kuch samaj nhi aya😢

RENEET

Mame time table bata dijiye

Slope position me tan theta kyuu aaya

Kya bol rahe ho mam samajh nahin aaya

Jee

Mam biology 3rd lesson ka vedio 😢. Please 🥺

MIT attendence here😂

109 not out

Batch 2024-2025 attendance here☺️✋️

🥰🥰🥰

Claster clear

Ye tho purna hai but no problem ❤

hello

Hlo mam

non medical vala kon kon ha😅😅😅😅😅😅😅😅

Hindi me bhi likho na mam

❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤

❤❤❤❤❤❤😂😂😂😂😂

Ok😂😂

Jee 2027 wale hazeri lgao

Cheating mam u r cheating students by uploading three yrs back video It's not fair😡😡😡be in limits becoz karma returns

Jis kisi ko neet me 650 up marks chahiya like karo👍

Mam u have big stuffs 😂

Beauty with knowledge ❤❤❤😊

Timestamps: 0:00​ Introduction 1:04​ What is Motion? 2:50​ Rectilinear Motion 5:31​ Position-Time Graphs 7:37​ Slope of Position-Time Graph : Velocity 14:37​ Can Slope be Negative? 17:16​ Interpretation from different Position-Time Graphs 21:48​ Average & Instantaneous Speed 28:05​ Average & Instantaneous Velocity 28:52​ Acceleration 30:37​ Acceleration from V-T Graph 38:48​ Acceleration =0 39:37​ Average & Instantaneous Acceleration 40:08​ Interpretation from different Velocity-Time graphs 47:28​ Acceleration-Time graph 53:49​ Area under V-T curve =Displacement 56:21​ Conclusion from P-T graphs & V-T graphs 57:51​ Basic Relations: x , v, a 1:03:59​ Kinematic equations of motion 1:06:47​ Problem 1.

Motion in a straight line is discussed, covering concepts, theories, and numerical problems. The video explains the difference between average and instantaneous speed, and the equations of motion to solve real-life problems involving displacement, velocity, and acceleration. Key moments: 00:23 Objects moving in a straight line are termed as rectilinear motion. Understanding displacement-time and position-time graphs helps determine speed and velocity. -Rectilinear motion refers to objects moving in a straight line, simplifying motion analysis. -Displacement-time and position-time graphs aid in calculating speed and velocity accurately. 13:06 Understanding the concept of slope in position-time graphs is crucial. A negative slope indicates decreasing position over time, while a positive slope indicates increasing position over time. -Interpreting negative and positive slopes in position-time graphs. Negative slope signifies decreasing position, while positive slope signifies increasing position over time. -Analyzing the relationship between position and time in graphs. Positive slope indicates motion away from the origin, while negative slope indicates motion towards the origin. 16:09 Understanding the concept of distance-time graphs helps in analyzing motion patterns. The slope of a line on the graph indicates the speed of an object over time. -Analyzing uniform motion in distance-time graphs reveals constant speed. Positive slope indicates forward motion, while negative slope indicates backward motion. -Exploring average speed calculation using total distance covered and total time taken for a journey provides insights into motion analysis. -Discussing instant speed helps in understanding speed at a specific moment, providing a deeper insight into analyzing motion dynamics. 24:11 Understanding velocity, acceleration, and displacement in a journey. Velocity changes with time, acceleration is the rate of change of velocity, and displacement is the change in position over time. -Explaining the concept of average speed and instant speed in a journey. -Calculating average speed and instant speed based on total distance and total time taken. -Differentiating between velocity, acceleration, and displacement in the context of a journey. 32:15 Understanding the relationship between velocity-time graphs and acceleration. Acceleration is constant when velocity changes uniformly, leading to different types of acceleration scenarios. -Exploring how acceleration affects journey segments from home to shop and shop to school, showcasing different acceleration scenarios. -Analyzing velocity-time graphs to determine acceleration values and the impact of uniform velocity changes on acceleration. -Differentiating between uniform and non-uniform velocity changes and their corresponding acceleration values in velocity-time graphs. 40:18 Understanding velocity-time graphs helps determine motion characteristics like acceleration. Analyzing uniform and non-uniform velocity-time graphs reveals corresponding acceleration patterns. -Analyzing velocity-time graphs aids in predicting acceleration behavior based on uniform or non-uniform patterns. -Identifying consistent acceleration from uniform velocity-time graphs and variable acceleration from non-uniform graphs. -Homework involves creating position-time and acceleration-time graphs to solidify understanding of velocity-time graph concepts. 48:28 The video discusses the relationship between displacement, velocity, and acceleration in velocity-time graphs, explaining how to calculate acceleration values in different phases of the graph. -Explaining the concept of acceleration and velocity in different phases of a velocity-time graph. -Understanding the significance of slope in displacement-time and velocity-time graphs. -Discussing the area under the curve in velocity-time graphs and its implications on displacement. 56:46 Understanding the concepts of displacement, velocity, acceleration, and differentiation in calculus is crucial for solving motion-related problems in exams and real-life scenarios. -Differentiation and its application in solving motion-related problems in exams and real-life scenarios. -Integration concept in acceleration calculations and its practical implications in determining velocity values. -Exploring equations of motion to relate different quantities like acceleration, speed, displacement, and time for problem-solving. 1:06:41 Understanding the concept of motion and position is crucial, as demonstrated by solving equations and graphical representations in the video. It helps in determining displacement, velocity, and acceleration accurately. -Importance of numerical analysis in understanding motion and position. -Solving equations to find acceleration and displacement. -Calculating areas under graphs to determine displacement. 1:14:44 Understanding the motion of a car on a street road involves calculating speed, distance, and time using equations. LearningHub offers free educational resources including videos, notes, and practice tests for students preparing for exams. -Calculation of acceleration, time taken to stop the car, and solving numerical problems related to motion equations. -Converting units from kilometers to meters per second for accurate calculations in physics. -Introduction to LearningHub, a free learning platform providing educational content for students preparing for exams like NEET and JEE.