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Archimedes Principle - Class 9 Tutorial 

amritacreate
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Archimedes Principle states that the buoyant force on a submerged object is equal to the weight of the fluid that is displaced by the object.
Through the video, we can learn:
1. When a body is partly or completely immersed in water, it loses weight.
2. A body loses its maximum weight when it is completely immersed in water.
3. When a body is partly or completely in water then:
Loss in weight of the body = Weight of water displaced by the body = Buoyant Force or up-thrust exerted by water on the body.
Volume of the water displaced = Volume of the body immersed in water.

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2 сен 2014

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Комментарии : 90   
@timothyle3628
@timothyle3628 7 лет назад
Sometimes I understand, but then I forget one second later.
@aditiawasthi3429
@aditiawasthi3429 9 лет назад
Thanks for explaining in such simple terms making it easily understandable
@ketnashah1324
@ketnashah1324 7 лет назад
Aditi Awasthi yes you are write we can study easily with the help of it
@dilbhardwaj340
@dilbhardwaj340 7 лет назад
water exert force to all direction when we immerse a mug into water then water exert force upward downward and both side than why it float
@elishamakunga2299
@elishamakunga2299 9 лет назад
This tutor is awesome everyone understands without any question!
@shomibasu4961
@shomibasu4961 8 лет назад
I have made a small ship using this principal
@TheEmotionalPotatoe
@TheEmotionalPotatoe 7 лет назад
nice
@1gryphus1
@1gryphus1 7 лет назад
principle
@jerickcondes9214
@jerickcondes9214 8 лет назад
big help for my report.
@MsWclark
@MsWclark 8 лет назад
This was so helpful to my classes. I'm going to make a worksheet to go along with it!
@KhalidKhan-fu8bm
@KhalidKhan-fu8bm 7 лет назад
Can you explain 3 conditions of floating and sinking in water in next video
@smasheon2702
@smasheon2702 7 лет назад
Very helpful illustrations!
@rohitpatil6111
@rohitpatil6111 7 лет назад
It understand very excellently and has good presentation
@bishnumishra1590
@bishnumishra1590 7 лет назад
Thank you for explaining in such an easy way...
@simon.missen
@simon.missen 8 лет назад
This video was very helpful for my class
@tausifniloy5785
@tausifniloy5785 7 лет назад
this is one of the best videos on this topic in youtube
@mohammedal-sayed7945
@mohammedal-sayed7945 8 лет назад
kilogram is for mass which would stay the same newton is for weight which changes
@evangel18
@evangel18 8 лет назад
la première couche de valence
@zead9481
@zead9481 7 лет назад
Mohammed Al-Sayed but the world doesn't work that way, kg is for weight lol idk wtf
@YAHOOOOOO5
@YAHOOOOOO5 8 лет назад
Isn't the weight displaced equal to the weight of the object in air?
@sexyscientist
@sexyscientist 7 лет назад
See, the displacement thing is measured by volume, not weight. An iron nail displaces the volume of liquid equal to its own volume, but that is less than its own weight. So, the apparent weight of sinked nail = weight of nail - weight of liquid displaced
@electricmouse6382
@electricmouse6382 7 лет назад
Did you read the description it sounds even weirder "When a body is partly or completely immersed in water, it loses weight."
@sexyscientist
@sexyscientist 7 лет назад
electricmouse It apparently loses weight. But not really.
@jaydelacruz1309
@jaydelacruz1309 7 лет назад
YAHOO
@retranslator8072
@retranslator8072 7 лет назад
OWL = DWW the object's weight loss equals the displaced water's weight (the object loses as much of its weight in the air as equal to the weight of the water displaced by the submerged volume of the object; if it floats, all its weight is counterbalanced by the upthrust) Just rephrasing what was stated in the description of the video, though ))
@shrujanpramukh6007
@shrujanpramukh6007 6 лет назад
thank you for such an explanation
@russbadessa431
@russbadessa431 8 лет назад
Thanks for a thorough review of buoyancy...is there a transcript available?
@preetivraich9320
@preetivraich9320 8 лет назад
very nice explanation... thanks
@shubhammishra3152
@shubhammishra3152 7 лет назад
Great job
@sangitapatil8023
@sangitapatil8023 7 лет назад
Excellent
@hearttoheart4765
@hearttoheart4765 7 лет назад
U r language is very understandable ..... do u having a video for Newton' s 2nd law of motion
@akanshachaturvedi4642
@akanshachaturvedi4642 7 лет назад
thanks it helped a lot!!!!
@bertcapa2527
@bertcapa2527 8 лет назад
thank you.,this helps a lot.,
@user-qr6qs4ox2z
@user-qr6qs4ox2z 8 лет назад
also valid for gases.
@mujahidahhumaira4695
@mujahidahhumaira4695 8 лет назад
Its really help me tenkiuu
@malv4935
@malv4935 8 лет назад
Wow thank you!
@user-oq6be3if9x
@user-oq6be3if9x 7 лет назад
nice this really helps
@jivanhake7965
@jivanhake7965 8 лет назад
thnks very helpful video
@sinmicsin100
@sinmicsin100 8 лет назад
very nice
@friedwankhede2902
@friedwankhede2902 7 лет назад
very informative........ very well explained.......
@narendrachauhan2519
@narendrachauhan2519 7 лет назад
that is very nice
@omarhermit4623
@omarhermit4623 7 лет назад
best video .thanks
@radhamath2369
@radhamath2369 8 лет назад
Superb video.......
@prajapatinatvarbhai8756
@prajapatinatvarbhai8756 7 лет назад
this would definitely lead my country somehow to have an army of chemists, engineers etc. describing the laws of nature in a way such as this is found rare in this country.. still a lot more to say but okay...
@srisravyavukyam550
@srisravyavukyam550 7 лет назад
why buoyant force depends on g
@m0uminjahangir780
@m0uminjahangir780 6 лет назад
thanks
@jyothikahema2545
@jyothikahema2545 7 лет назад
nice teaching
@ssingh6542
@ssingh6542 6 лет назад
Thank u.
@saritagarg5637
@saritagarg5637 7 лет назад
thank u
@2parinda
@2parinda 8 лет назад
Thanks. Which software used to make this video?
@anubhavkesarwani5812
@anubhavkesarwani5812 7 лет назад
very helpful
@amartripathi882
@amartripathi882 7 лет назад
nice video
@ashaqhusainsheikh5019
@ashaqhusainsheikh5019 7 лет назад
best explanation
@satishkumar-jy4bi
@satishkumar-jy4bi 6 лет назад
Excellent vedio.
@bhakt8177
@bhakt8177 8 лет назад
is it same for all liquids?
@TheEmotionalPotatoe
@TheEmotionalPotatoe 7 лет назад
no it depends on density of liquid
@sexyscientist
@sexyscientist 7 лет назад
Nope. As the density of liquids are different, buoyant force applied by them are different.
@enjoyurstudentlifewithlear649
@enjoyurstudentlifewithlear649 7 лет назад
ya ofcourse
@sameshpksamesharts6016
@sameshpksamesharts6016 7 лет назад
really supprbb yaaar
@kuniyalmadhavan7
@kuniyalmadhavan7 8 лет назад
so good
@anush7386
@anush7386 7 лет назад
Awesomeeeeeer
@anuppaul3898
@anuppaul3898 6 лет назад
Thanks for this explaining.It is useful to all of us Thankyou
@evangel18
@evangel18 8 лет назад
Wow
@sangeetabehera8607
@sangeetabehera8607 7 лет назад
thnk u so much mam
@somanaboinalokeshkumaryada7820
Thanks for the video
@beingawesome5290
@beingawesome5290 7 лет назад
nice
@srashtigoel6536
@srashtigoel6536 8 лет назад
thankq
@HardeepSingh-ub8qe
@HardeepSingh-ub8qe 7 лет назад
helped me alot
@sunidhipandey3633
@sunidhipandey3633 7 лет назад
helped alot
@malhar7347
@malhar7347 7 лет назад
it really helped nyc video
@kazitawhid1434
@kazitawhid1434 9 лет назад
awesome
@valapadasuuday5690
@valapadasuuday5690 7 лет назад
excellent
@hashmiarsh9713
@hashmiarsh9713 7 лет назад
that is great
@virsuryaircas
@virsuryaircas 7 лет назад
AWSM
@deepakchouhan3566
@deepakchouhan3566 7 лет назад
good
@gabrielaportillo3206
@gabrielaportillo3206 7 лет назад
Explained well but talked too fast!
@tylerpinder1
@tylerpinder1 8 лет назад
sweet brother
@ombhalerao21
@ombhalerao21 7 лет назад
helpful
@ramashankarpatel6238
@ramashankarpatel6238 7 лет назад
Very helpful
@bachisharma9746
@bachisharma9746 7 лет назад
sir explain in hindi how things float and why sink
@cloud-xw3to
@cloud-xw3to 7 лет назад
that is so helpful
@balasahebtupe6985
@balasahebtupe6985 7 лет назад
like
@BCSMohdAmmarZaheer
@BCSMohdAmmarZaheer 7 лет назад
nice vedio....tySm
@jackduff841
@jackduff841 7 лет назад
Alright peeps! I've got an assessment task due tomorrow and I need to explain why the titanic sunk using the Archimedes principle Someone wanna help out?
@divyanshupandey4295
@divyanshupandey4295 7 лет назад
usefulllllllllll video
@manojkumarmahanta7859
@manojkumarmahanta7859 6 лет назад
thank u
@abhijeetgaurav7116
@abhijeetgaurav7116 7 лет назад
very helpful
@priyanshbhadada9134
@priyanshbhadada9134 7 лет назад
very helpful
@sakshisharma4189
@sakshisharma4189 7 лет назад
very helpful
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