Inertia | What is Inertia ?
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- čas přidán 3. 06. 2023
- What is Inertia in Physics? What is the relation between Inertia and Mass?
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Inertia is a fundamental property of matter that describes an object's resistance to changes in its state of motion. It refers to the tendency of an object to remain at rest or to keep moving in a straight line at a constant speed unless acted upon by an external force.
In simpler terms, inertia can be thought of as the "laziness" or reluctance of an object to change its motion. If an object is already stationary, it requires a force to make it start moving. Similarly, if an object is already in motion, it requires a force to stop it or change its speed or direction.
The concept of inertia is based on Isaac Newton's First Law of Motion, also known as the law of inertia. It states that an object will maintain its current state of motion unless acted upon by an external force.
In everyday life, we can observe inertia in various situations. For example, when riding in a car that suddenly stops, our bodies tend to lurch forward because of our inertia, which causes us to resist the change in motion. Similarly, when a train starts moving, we may feel pushed backward due to our inertia, resisting the change in motion.
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Excellent teaching with real life examples sir. Thank you so much ❤
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The inertia of objects on the table was INERTIA OF REST... Excellent and wonderful explanation as always... Thank you very much, sir..🥰🥰
Correct as u said but they moved a bit on the video.
@@vijayarnold1405of course it can't be perfect..
But at least..u got the point he's making
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Inertia of rest. Wonderful class sir!
HAPPY SUNDAY!!!
LUCKY I WAS STUDYING NEWTON'S LAWS, THANKS A LOT FOR ASSISTING.
THE OBJECTS WERE IN THE INERTIA OF REST.
Super correct answer! Great to hear that video was helpful!
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Sir your explanation is very true and easy to understand
Thank you sir for your explanation about inertia ❤️
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4:23 inertia of rest.
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thankyou sir for making a such a good concept of inertia in my mind....you always gives us such good practical examples that last forever in our mind
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%.
Thanks a ton! Great to hear that the videos were helpful! Congratulations on your excellent results 👍
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Very good question 😂
Arebic tho nahi bol rahe hoo keyo ki ye english tho kahi se nahi lagti
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.
Correct!
Your explanation is awesome sir
*EXCELLENT TEACHING SIR*
*and the objects were in the inertia of rest
Sir , please upload a video on the paulli exclusions
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Before the cloth was moved the objects were in inertia of rest and when it was moved It was in inertia of motion
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Yes u r write
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.
actually it is inertia of rest
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It was inertia of motion. U R 1 of a kind sir
Nice explaination teqnique
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Sir upload video regarding angular momentum
Cool explanation
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Excellent sir
Does an object undergoing constant acceleration undergo a change in its inertia? Kindly explain.
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Thanks! Will try to make that soon!
Nice explanation sir and ans is inertia of rest
Tnx for this video
Wow ... ❤
inertia of motion i think as the objects moved from their rest position until when the resultant force stopped acting
Excellent explanation sir thank you so much 😊👍👍🤌
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.
Sir can u please do videos on
motion on a plain and straight line
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?
This just helped me with my gcse physics thanks a bunch now i don't have to do extreme brain gymnastics figuring it out 😂
Sir if a ball is moving if you would not catch so it will stop by friction
This was helpful man. Thanks.
Welcome
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.
I watch many videos about inertia but i could not understand after watching your video i was very clear about inertia
Thanks a lot ❤
You are most welcome
What was the inertia of the objects on the table? And=Rest
Thank you sir
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Thanks Sriritwik 😀 Great to hear you liked this video! Do share the video with your friends!
Thanks Sriritwik 😀 Great to hear you liked this video! Do share the video with your friends!
You are the best
A good Teacher❤
Thanks a ton!
So...sir...what is it called ..the force that prompt that body to act..?
Best video of inertia
Thanks a ton!
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Tq sir for amazing explanation
Most welcome!
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Thanks for liking
beautifully explained ...
Thank you!
4:31 inirtia of rest 😊😊
Thanks
Upload more videos sir pls
Yes we will be uploading more videos!
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.
Really nice video easy to understand
Thanks a ton!
@@ManochaAcademy no problem
In low part is in inersia of rest and upp part is in inersia of motion
Thank you so much Sir 🙏
Most welcome
4:30 INERTIA OF REST
Super!! Correct!
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You want to do class 11th concepts of physics so, that could understand me very well sir
Sir the didn't fall from the table due to inertia of rest the jar was at rest so tends to be in rest