Inertia | What is Inertia ?

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K.G.-2😊😊

[@thamanna_raj]

Inertia of rest. Wonderful class sir!

[@SmitaPradhan]

4:23 inertia of rest. Thank you for such a nice class

[@zainabrizvi5746]

The inertia of objects on the table was INERTIA OF REST... Excellent and wonderful explanation as always... Thank you very much, sir..🥰🥰

[@vijayarnold1405]

Correct as u said but they moved a bit on the video.

[@olukojuhenry7069]

​@@vijayarnold1405of course it can't be perfect.. But at least..u got the point he's making

[@Michael-j1h]

Before the cloth was moved the objects were in inertia of rest and when it was moved It was in inertia of motion

[@drmadhan76]

Excellent teaching with real life examples sir. Thank you so much ❤

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Sir, you are the most amazing teacher I ever learned from. Your videos are extremely helpful. I still remember that in my grade 10, your video on refraction and reflection through mirrors and lenses helped a lot, all my peer-mates were asking for my notes(those notes were made from your video). All thanks to you I graduated my grade ten with 93%. 20 Manocha Academy Reply

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Your god to non-physics students

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You are God to the students who don't know physics

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😂😂

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Very good question 😂

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Arebic tho nahi bol rahe hoo keyo ki ye english tho kahi se nahi lagti

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When it comes to understanding the basics of physics and other concepts, this is the right channel.💪

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Exact

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You are the God of physical science my God bless you. I am watching this and my exam is on Tuesday

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the way he teach is awesome. The visuals, diagrams, presntation and the most important thing is the way he talks. You are the best teacher.♥

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[@brotherandsisterschannel1353]

Sir your explanation is very true and easy to understand

[@Sanskruti_Mundhe]

amazing i love your way of teaching things practically and its so easy to understand thank you so much sir for clearing my concepts

[@amansunny116]

Thank you sir your way of explanation is soo good

[@aksheethsinha867]

Sir, they moved a little bit, so we can say that all the objects on the table are in the inertia of motion. And sir, thank you for helping and guiding us. We always remember you.

[@skilled1873]

actually it is inertia of rest

[@dawitalemayehudave8525]

thanks for preparing this video for us.I want to try to answer the question you asked in this video. The objects on the table were in the state of inertia of rest.

[@ManochaAcademy]

Correct!

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Excellent style for teaching ❤

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Sir thanks alot ,you are one of the amazing teacher.I hope u make some more useful lessons for us which are related to jee because I'm 10th now but I can understand the classes.because u are one of the reason for my topper secrets☺️☺️

[@navyasree545]

Sandeep Sir u r amazing. I think ur a rare personality Is it true guys🎉😊😊😊

[@SivaSiva-tl1oh]

I watch many videos about inertia but i could not understand after watching your video i was very clear about inertia Thanks a lot ❤

[@ManochaAcademy]

You are most welcome

[@Unitee99]

Sir, you are the most amazing teacher I ever learned from. Your videos are extremely helpful. I still remember that in my grade 10, your video on refraction and reflection through mirrors and lenses helped a lot, all my peer-mates were asking for my notes(those notes were made from your video). All thanks to you I graduated my grade ten with 93%.

[@ManochaAcademy]

Thanks a ton! Great to hear that the videos were helpful! Congratulations on your excellent results 👍

[@brotherandsisterschannel1353]

Thank you sir for your explanation about inertia ❤️

[@pridemarambire]

A good Teacher❤

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Thanks a ton!

[@Slayy35]

I am very weak in physics, but after seeing ur video it's so much easy to understand and remember bcz of ur too much good english explanation. ❤

[@olukojuhenry7069]

Sir Sandeep manocha.. I legit love the way you teach🥰❤️ .. You make topics simplified by thorough explanation, experiments and even with jokes 😂😂😂 I really do enjoy your classes.. Kudos to you , your family and India as a whole🔥🎉.... "From Nigeria"

[@WisaniHlungwani]

HAPPY SUNDAY!!! LUCKY I WAS STUDYING NEWTON'S LAWS, THANKS A LOT FOR ASSISTING. THE OBJECTS WERE IN THE INERTIA OF REST.

[@ManochaAcademy]

Super correct answer! Great to hear that video was helpful!

[@mahnoorqadir8076]

@@ManochaAcademy sir! why the objects were at rest of inertia? they also moved when u pulled the cloth.

[@raagmuz]

Best video of inertia

[@ManochaAcademy]

Thanks a ton!

[@paramitasanyal6e3]

Excellent . I understand every thing in physics by watching your videos

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Everyone will like your teaching video sir. Welcome sir.

[@rameenana]

This was helpful man. Thanks.

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Welcome

[@savitri-rd8dn]

Nice explanation sir and ans is inertia of rest

[@pradhumnbhalia6178]

Wow! Such an easy explanation

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Glad you liked it

[@malavika.s8862]

Inertia of rest . Nice class sir 😊

[@alyssaduke5170]

From this video, I learned that an object’s inertia can be at rest or in motion. The greater the mass of an object, the greater the inertia. An object that is in motion will continue to be in motion with constant velocity unless acted on by external force.

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sir,it will be great if we get a chance to know more about ZERO from you. Sir please upload a lecture on ZERO. Its my humble request sir 🙏🏻🙏🏻

[@adibatahereem3388]

Inertia of rest is also known as the static inertia a until u applied a external force the body can't change its position

[@ronitsworld9388]

1:19 caught the ball without even looking.

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Yes u r write

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Excellent sir

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Thanks a ton!

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Sir you live in Kolkata?

[@subamani6941]

Nice class sir and very funny at end

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You are amazing sir ❤❤❤❤

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Thanks for liking

[@sanjeevkisku2529]

Sir your video are really interesting and how you taught is god level sir thank you sir

[@srinivaskandula3260]

*EXCELLENT TEACHING SIR* *and the objects were in the inertia of rest

[@The_Green_Man_OAP]

2:12 Train: 🚆 Trolley: 🛒 Cold Air: 🥶 🌨️ Hot Air: 🥵 ☁️ Which is heaviest? 🤔 Which has the most inertia? 🤔 With these examples, what's the difference between inertia of rest and inertia of motion?

[@Reseng0411]

Cool explanation

[@EstherBaidoo-vd4eu]

It was inertia of motion. U R 1 of a kind sir

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Nice illustrations

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U r too good sir by giving examples

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Sree Gurubhyo Namaha 🙏🏻

[@Siya657]

Tq sir for amazing explanation

[@ManochaAcademy]

Most welcome!

[@harikakani1853]

Tq for giving such a nice explanation. It's inertia of rest sir.

[@ghazimuddasir5314]

Awesome explanation. Your explanation videos and related animation with simple and life related examples are fabulous... Love to watch and waiting for next video...❤❤

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Tomorrow is your exam

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Best of luck 🎉🎉🎉🎉

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Inerta of rest andgreat way of teaching sir and therefore thank u so much

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Wow sir! Loved the video so much. The editing, the animation, the explanation Everything was too good🎉 The bloopers 😂😂💕💕✨✨✨✨✨✨ The starting of your videos are just too good sir! 🤗🤗 This is the best video I ever watched sir!

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Thanks Sriritwik 😀 Great to hear you liked this video! Do share the video with your friends!

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Thanks Sriritwik 😀 Great to hear you liked this video! Do share the video with your friends!

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Really nice video easy to understand

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Thanks a ton!

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@@ManochaAcademy no problem

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Your explanation is awesome sir

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beautifully explained ...

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Thank you!

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sir make a separate video on bloopers it was very funny and i have already taken ur course it is amazing

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I love ur teaching sir❤

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very well articulated and explained

[@aninditadewan105]

Inertia of rest 💤💤💤 Thank you sir for teaching us So.... So.... So nicely 🎉🎉🎉

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Nice video sir

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Thanks! Do share it with your friends:)

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Superb sir🎉

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Excellent, Sir please I would like you to make a video on hybridisation

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Thanks! Will try to make that soon!

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Sir the way you I understand it in 1 second ❤❤🙂

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Beautiful explanation😃

[@neeraj563]

Inertia of rest... that's why the boxes did not fall

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Super! Correct!

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Thanks sir

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Welcome!

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Thank you so much Sir 🙏

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[@The_Green_Man_OAP]

Inertia ≠ mass. If that experiment were done in space & not on a surface with friction, you'd think they were equal, but they are not. The response to a force can vary between materials, independent of mass. You can have a plastic or elastic collision, for instance. An impacted object can behave differently depending on whether something soft or hard hit it. If the object were liquid, it may allow the projectile to go straight through or it could absorb it. Try rotating or rolling some objects down a slope instead. Then you can figure what thing a rectilinear motion and curvilinear motion (eg. Rotational) experiment has in common.

[@rithizx]

Inertia of Rest 💥

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You valid sir, Please drop a video on calculus

[@ziddirathor2120]

Sir if a ball is moving if you would not catch so it will stop by friction

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Sir now my concept clear.❤❤❤❤😂😂❤❤

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Amazing ❤

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Thank you!!

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Tysm understood very wellll😊

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Sir , please upload a video on the paulli exclusions

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Vgreat work❤🎉🎉🎉

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Thanks a ton!

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Sir thankyou so much. I was searching for this video and I noticed this video❤❤

[@kishanrajKRJ]

Does an object undergoing constant acceleration undergo a change in its inertia? Kindly explain.

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Super magic sir.

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Thanks for liking

[@The_Green_Man_OAP]

4:26 Depends on the reference frame. In the frame wrt the ground, it's rest. In the frame wrt a center of mass non-self-rotating point (only revolving around the Sun) of Earth, it's inertia of motion because the ground & objects on the table are moving together a little differently vs the sheet. Gravity & normal forces pin the objects to the table, and the table to the ground and the ground to the subsurface ...etc, all the way to the core.

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Nice explanation 😊

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Amaizing thanks your video always helps me for my exams and i am watching this video in 2024

[@BinodPrasaddubey]

In low part is in inersia of rest and upp part is in inersia of motion

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Nice explaination teqnique