#DidYouKnow: Archimedes is credited with forming the earliest accurate measurement of a circle, using the irrational number pi (circa 3.14). Also known as Archimedes’ Constant. To get access to the entire course based on Gravitation, enroll here - infinitylearn.com/cbse-fullcourse?UA-camDME&WkCPORlj4&Comment To watch more Physics videos, click here - bit.ly/PhysicsVideos_DMYT
Just a doubt... wasn't Aryabhatta the one who found pi... by using the principles of circumference and And the own who found the decimal system... The credit goes to Aryabhatta.. not Archimedes... He just modified and took a closer look than aryabhatta... And aryabhatta already formed the Earliest accurate measurement using pi. I rest my case...
You're most welcome. We are glad that you understood the concept. We are happy that we could help you learn. You motivate us to do better. Keep watching our videos. 😊😊
Thank you so much for explaining in a easy way ! I have a request to you please explain the topic little bit slowly so that It will be easier for us to understand the concept after seeing the video one time instead of 2 or 3 times
Thankyouu so muchh. I liked your explanation it was very simple. In my text book this topic is not explained nicely. So yeah thankyou for this video. Oh and also, I've subscribed to your channel😇
Is it really right to say that the spring balance says it is 5kgs? Because when you lift up the object with the spring balance, (work against gravity), the gravity will pull the object towards itself, so it becomes weight = mass of the object × acceleration due to gravity (9.8 m/second square ). = 5 × 9.8 =49 Newtons A spring balance is used to measure the weight (N) not mass (kg). A balance is used to measure mass. Please see about that.☺ Correct me if I made a mistake
How can I praise you you helped me a lot , A great salute to you . No other explanation can be like you . Reallya great thank to you. thanks. thanks thanks thanks thanks thanks thanks thanks thanks thanks thanks thanks thanks thanks thanks thanks thanks thanks thanks thanks thanks thanks thanks thanks thanks thanks thanks thanks
You're most welcome Ishu. We are glad that you understood the concept. We are happy that we could help you learn. You motivate us to do better. Keep watching our videos : )
question about the boat example: it says that everything above the keel would remain afloat if the amount of water displaced by the keel weighs as much as the "vessel" does vessel include the keel as well or just the top part?
It is easy to understand. Bt, I have one doubt sir. Consider, I use iron ball fr weight. Iron ball will b small in volume & big in weight. Displaced water's volume = volume of iron ball, bt their weight will not b equal right??
Due to COVID 19 while I was in 9th This was removed from the syllabus as well as many other main chapters like sound, diversity in living organisms etc
Hee sahi me???... I think it is a dangerous fact happened in a funny way..... Really..... By the "EUREKA" and "Don't disturb my circles" situation I can assume or imagine that... How ARCHIMEDES was mad behind the scientific studies😭😭.. He was really dedicated to all those logic... 😖😖..o God I wish I could meet him at least ONCE😢
@@blueeye2281 LOL how can a fact be dangerous? A fact is simply a statement that is accurate/true. "Fun" is relative, so of course the fun fact may be fun for him, it might be fun for me to know as well, and it may not be fun for you to know. But knowing a simple fact is not "dangerous" for anyone 😂
If we take a ball of same weight and volume. The buoyancy and weight will be balanced so if we put the ball on height 'h' from top then will it go up (float), or it will go down (sink) OR it will be on 'h' height only (as it is not practically possible that an object stays the place where it was)
you guys are really doing a great job. I am an engineering faculty And I can surely say that you explained the concept to the point with a perfect example. All The best guys
I just have a question: at any point of a liquid, I have heard there are two types of forces acting on it- 1) the buoyant force and 2) gravitational force. Now, my question is: when an object is inserted inside a liquid, then it should result in the movement of the liquid particles. Doesn't the movement of liquid particles exert any sort of force on this object? If the buoyant force is the result of the weight of the liquid,which causes the particls, to exert pressure on the lower part of the object, tere should be some sort of pressure on the upper surface too. can anyone make me understand what actually happens?
I really love this channel ❤️The teaching is fantastic but it would be easier for us if there was a playlist for this..... Thank you for your wonderful teaching.... N the voice is really very nice...😊
I may sound stupid, but this principle always raises a question to me; if hypothetically, there was a dust sized object that weighed 100kg, and if submerged in a bathtub, it would make more water overflow than a 7kg weighing bawling ball? Even if the dust takes basically no volume?
You're most welcome Deenbandhu. We are happy that we could help you learned. We are glad that you understood the concept. For more videos, please visit our website - dontmemorise.com/
If an immersed body displaces volume of liquid equal to its weight, then it would displace more fluid if less density than a fluid of higher density (as Weight = Volume*Density*g). This means that a body has a higher chance of floating in a liquid of lower density than a liquid of higher density. But we know that in practice that this is the opposite. Where is this rationale wrong?
Den= mass/vol. Vol must be kept higher than the mass. Then the buoyancy force is higher and the object floats. Simply saying, density must be less than 1. .
#DidYouKnow: Archimedes is credited with forming the earliest accurate measurement of a circle, using the irrational number pi (circa 3.14). Also known as Archimedes’ Constant.
To get access to the entire course based on Gravitation, enroll here - infinitylearn.com/cbse-fullcourse?UA-camDME&WkCPORlj4&Comment
To watch more Physics videos, click here - bit.ly/PhysicsVideos_DMYT
Thanks a lot Don't Memorise team you helped me a lot.
thanks thanks thanks thanks thanks thanks thanks thanks thanks thanks thanks thanks thanks thanks thanks thanks thanks thanks thanks thanks thanks thanks thanks thanks thanks thanks thanks thanks thanks thanks thanks thanks thanks thanks thanks thanks thanks thanks thanks thanks thanks thanks thanks thanks thanks thanks thanks thanks thanks thanks thanks .
Nice
Good
Just a doubt... wasn't Aryabhatta the one who found pi... by using the principles of circumference and And the own who found the decimal system... The credit goes to Aryabhatta.. not Archimedes... He just modified and took a closer look than aryabhatta... And aryabhatta already formed the Earliest accurate measurement using pi. I rest my case...
@@abhyudaykaushik9669 source?
Started loving physics more than before because of you. Thanks a lot.
You're most welcome. We are glad that you understood the concept. We are happy that we could help you learn. You motivate us to do better. Keep watching our videos. 😊😊
@@InfinityLearn_NEET
This is a request but can you guys make some videos on arc properties of a Circle
I like the channel's name. Simply put, don't study to memorize, study to understand.
U r absolutely right
True 💯
That would be too long
Ohhhhhhhhhhhhh hma to PTA heeeeeeee nhi thaaaaaaaaaaaaaaaaa 😂😂😂😂😂😂😂😂😂😂😂😂😎😎🔥🔥🔥🔥🔥🔥🔥🔥🔥🔥🔥
Obsolutly
Bahut acha lagta hai ye channel mujhe.. Mai khud ek teacher but mai khud is channel par aakar sikhti hu roj kuch n kuch.. Thanks a lot 🙏
" Don't memories " , amazing work. Thaaank you
You're welcome, Faisal! Happy Learning :)
Don't you mean 'don't memorise'?
@@RJDJcool3 I think he knows what he means..
Its called
Infinity learn neey now 😅😅
Thank you so much and tomorrow is my physics exam on this topic😛
Hi Nagaraja, You will find more videos on physics here -bit.ly/DM_Physics
Good luck with your exam. Let us know how it went. :)
How'd it go
You haven't tell your result🤪
@@kacharijr1068 free fire
@@dr.athilakshmiram5474 Tatti 🤮🤢🤮
This video is very amazing ... U guys r able to explain topics very easily n in less time ... Thanks a lot !! 🤩
Very Easy To Understand.
Sumit K. Singh. No
@Nathan Lentine no
@@manniquin5050 yes
My teacher is trying to explain this a whole year long and you guys just did it in 3 minutes 🤝
Thank you so much for explaining in a easy way ! I have a request to you please explain the topic little bit slowly so that It will be easier for us to understand the concept after seeing the video one time instead of 2 or 3 times
Thank you very much this topic was very difficult for me to understand but this video made me understand very easily thank you very much
Thankyouu so muchh. I liked your explanation it was very simple. In my text book this topic is not explained nicely. So yeah thankyou for this video. Oh and also, I've subscribed to your channel😇
Thanks a lot, kajal!
We are glad to know you subscribed and grateful to have you as a part of our #PiArmy!
Wish you a Happy Learning! 🙂🙂
you are able to teach anything very well and in very less time i am wondered to thing that
Thanks for explaining such a big topic in just 2 minutes 💎💎
I watched many vedios but didnt understand what actually was Archimedes principle but this vedio was so simple and made me understand. Thankyou!
Hy there very good content and I loved watching it.... can you explain what is the difference between hydrostatic force and buoyancy ?
Vry easily understood ....thanks
Most welcome, Pinaki! We are glad you could understand the concept easily 😊
Supebb explaination .... I loved tis concept
Op
this video is posted on my birthday and it is really very helpful to me
My goodness i m in love with smartness of smart learning❤
Can you please explain the conservation of momentum
Thank you so much for this video. I didn’t even need to know this but thank you. Your videos help a lot.❤😊
Wow I understand it fully...thank u soo much to u guys☺💕..Love from India🇮🇳.
Is it really right to say that the spring balance says it is 5kgs?
Because when you lift up the object with the spring balance, (work against gravity), the gravity will pull the object towards itself, so it becomes weight = mass of the object × acceleration due to gravity (9.8 m/second square ).
= 5 × 9.8
=49 Newtons
A spring balance is used to measure the weight (N) not mass (kg).
A balance is used to measure mass.
Please see about that.☺
Correct me if I made a mistake
How can I praise you you helped me a lot ,
A great salute to you .
No other explanation can be like you .
Reallya great thank to you. thanks. thanks thanks thanks thanks thanks thanks thanks thanks thanks thanks thanks thanks thanks thanks thanks thanks thanks thanks thanks thanks thanks thanks thanks thanks thanks thanks thanks
Maine jitni b vedios dekhi hai yeah vedii sbse khaaas hai aur very nice
Thank u to all the ...Don't memorize team....hope..my learning .....is too good by ur videos....I understood veryyyyyyy...well.....🤗👍👍👍
You're most welcome Ishu. We are glad that you understood the concept. We are happy that we could help you learn. You motivate us to do better. Keep watching our videos : )
@@InfinityLearn_NEET Always.....for u for my learning
this is why youtube teaches me more than my teachers do. thanks!
Ultimate understanding what a knowledge thanks😊
You're welcome Vinit. Happy Learning :)
Thank u. I have easily understood it .
Best channel on UA-cam.
He also save time and He saves from large video lectures.😊
TQ so much for the clear explanation
He came out naked from the house & started shouting 'Eureka Eureka' 😂
Its true
Lol yes
And the meaning of this is..I have found...
Ha na
🥰😍🤩thanks for your lecture
question about the boat example:
it says that everything above the keel would remain afloat if the amount of water displaced by the keel weighs as much as the "vessel" does vessel include the keel as well or just the top part?
It was very easy to understand.....thank you🤗
very easy to understand , tq
Happy to help!! 😃
It is easy to understand. Bt, I have one doubt sir. Consider, I use iron ball fr weight. Iron ball will b small in volume & big in weight. Displaced water's volume = volume of iron ball, bt their weight will not b equal right??
Due to COVID 19 while I was in 9th
This was removed from the syllabus as well as many other main chapters like sound, diversity in living organisms etc
Fun fact : Once, Archimedes was drawing circles on the ground to solve a problem. A Roman soldier killed him for saying " Do not disturb my circles "
Do u think its a fun fact? Its a dangerous fact
Hee sahi me???... I think it is a dangerous fact happened in a funny way.....
Really..... By the "EUREKA" and "Don't disturb my circles" situation I can assume or imagine that... How ARCHIMEDES was mad behind the scientific studies😭😭.. He was really dedicated to all those logic... 😖😖..o God I wish I could meet him at least ONCE😢
@@blueeye2281 LOL how can a fact be dangerous? A fact is simply a statement that is accurate/true. "Fun" is relative, so of course the fun fact may be fun for him, it might be fun for me to know as well, and it may not be fun for you to know. But knowing a simple fact is not "dangerous" for anyone 😂
@@jorgeluisflores5980 lol i was joking bud but couldn't express it correctly
Wow Brilliant!! Doing a great job, keep going
Thankyou so much😊😊
Mam...u illustrates ncert activities, definition and examples in very sharp way ....👍👍
The best thing in all ur videos is short,simple and superb.words are short to thank ur work 🙏
I was really not interested in Physics but when I see you videos I just love physics thanks Infinity learn😊
Very much appreciated your website to me
Well explained .. especially the link from Archimedes to the definition
Your videos are amazing 👍🏻simple and understandable .. it helps me a lot in my study. Keep making videos....👍🏻👍🏻👍🏻
Thanks
I have an exam at the end of month i really wanted this thank you so much
Thanku a lot it too helpful for me for my exam❤
Hello ,
Upload A Video About The working Of a Screw Gauge Or Micrometer Screw Gauge
If we take a ball of same weight and volume. The buoyancy and weight will be balanced so if we put the ball on height 'h' from top then will it go up (float), or it will go down (sink) OR it will be on 'h' height only (as it is not practically possible that an object stays the place where it was)
Nice explaination
This is a wonderful video! Thank you so much for making it.
Your explain is very good
you guys are really doing a great job. I am an engineering faculty And I can surely say that you explained the concept to the point with a perfect example. All The best guys
1:23 I think that is called the eureka can
Yea, ur right, it is.....🤨oof
Thanks
It helped me alot 😇😇
Very nice xplained☺
Very nice explaination ma'am ....it helped me a lot 😀😀
I just have a question: at any point of a liquid, I have heard there are two types of forces acting on it- 1) the buoyant force and 2) gravitational force. Now, my question is: when an object is inserted inside a liquid, then it should result in the movement of the liquid particles. Doesn't the movement of liquid particles exert any sort of force on this object? If the buoyant force is the result of the weight of the liquid,which causes the particls, to exert pressure on the lower part of the object, tere should be some sort of pressure on the upper surface too. can anyone make me understand what actually happens?
I really love this channel ❤️The teaching is fantastic but it would be easier for us if there was a playlist for this..... Thank you for your wonderful teaching.... N the voice is really very nice...😊
Wow so nicely explained
Firstly I was thinking physics would be hard but now it seems very very easy....... I am loving this concept a lot
Thank you for your kind words. 😀We are glad that you are enjoying the learning process.
For more videos, stay tuned to our channel.
Happy learning😊
Great teacher thxxx
Most welcome, Aditi!
We hope you had a great learning experience😊
i have a doubt,in the example you have mentioned what is the magnitude of bouyant force on the object
Particularly for this video, I would hit the like button million times if that was possible.
Very nice and children understand very well
I liked your way of teaching a lots why you can't made all the video of 11 and 12
Thank you! 🤍
Thanks a lot mam...I am like really pleased tqsm I really understood wt it was👏👏👏.......
I really appreciate you!!!
Yours Channel is the great Academic in my experience!!!😊😊😊
I may sound stupid, but this principle always raises a question to me; if hypothetically, there was a dust sized object that weighed 100kg, and if submerged in a bathtub, it would make more water overflow than a 7kg weighing bawling ball? Even if the dust takes basically no volume?
Thank you so much
You're most welcome Sameer. We are glad that you understood the concept. You motivate us to do better. Keep watching our videos. 😊😊
Superbbb ..wht i needed..get it clearly ...good explanation thanks....
Most Welcome.
Happy Learning :)
superb video
Best channel ever seen
As it name indicates Don't Memorise. 👍👍💖
Thank you so much for your appreciation. We are glad that you understood the concept. You motivate us to do better. Keep watching our videos. 😊😊
What about the space ocupied by the 5kg object in the big beaker, Here also water is displaced by 5 kg object .?
Thank you this is very helpful for me 😊
You're most welcome Deenbandhu. We are happy that we could help you learned. We are glad that you understood the concept. For more videos, please visit our website - dontmemorise.com/
Please can someone tell me which logiciel they use to create such videos ?
Super explanation mam, thank you
Thank you 😊 soo much you made my day........
You are most welcome, Hanifa!We hope you had a great learning experience😊
Don't Memorise Yeah I did why not 👍🏻😊👌🏻👏🏻
Thanks alott !! This video was helpful for me as I have a physics exam to give and this topic was difficult for me but thanks for making it easy !!
Found useful thanks. Well u've got a very interesting channel name.
Thank you very much for the appreciation.
Please subscribe and press the bell icon to never miss a video: bit.ly/DontMemoriseUA-cam :)
Don’t memorise tune is awesome
I love your voice ❤❤❤
If an immersed body displaces volume of liquid equal to its weight, then it would displace more fluid if less density than a fluid of higher density (as Weight = Volume*Density*g).
This means that a body has a higher chance of floating in a liquid of lower density than a liquid of higher density.
But we know that in practice that this is the opposite.
Where is this rationale wrong?
No way! Super clear video
In simple definition and easy to understand
that's why you're my favourite mam..
Keep going your channel really is the best for learners...
Glad you liked it!
Please subscribe to our channel and press the bell icon to never miss a video: bit.ly/DontMemoriseUA-cam
Happy Learning :)
Its clear to understand
Great video! What editing application do you use?
Very good channel
I like it a lot.good examples.
What r u planning for your next video?
Thank you for your kind words!
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Happy Learning :)
Thank u
I am sure i will get ❤ from dont memorice.
😉👻🔥🔥💫💫💝💝
Thanks for the best explanation
Den= mass/vol. Vol must be kept higher than the mass. Then the buoyancy force is higher and the object floats. Simply saying, density must be less than 1. .
Easy to understand nice
Thank you so much it was very easy to understand
So easy understanding
Thank you so much Mona for your appreciation😊😊. We are glad that you understood the concept. Do support us by subscribing to our channel. 👍👍