Archimedes Eureka : Measuring Volume by Displacement | Physics

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Archimedes vs Crow Who discovered First 😂😂😂😂😂😂

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I know it is the crow! Since Archimedes lived in Greece after such fairy tales. So I believe it is the crow.

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0:32 0:34

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[@VilexerCreators]

Qno1 Ans 300ml On second we can take a water resistant body open it and fill the soluble substance 1}first measure volume of water resistant body without substance Assum it is (Xcm^3) or (X ml) by Archimedes Principle of Volume 2}Now measure along with substance again with Archimedes Principle of Volume Now Assum it is (X subscripted with 2 cm^3) Substract 1 from 2 Qno 3- (50×50×40)cm^3

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Sir I am doing master in physics, but I think the real physics is here, That's only memorization not practical fun , Masha Allah a great way of explanation, keep doing on, Allah bless u,

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[@shuklahariom1972]

1---- volume is 300 cm3. 2----Using Archimedes principle, and putting into other liquids. 3----displaced volume equal to volume of partially emerged object.40cm3.

[@ManochaAcademy]

Very good!! Q1 and Q2 answers are correct! For Q2 you should also mention that solid should be insoluble in the liquid. Q3 answer is not correct. For full solutions you can watch this video: kzbin.info/www/bejne/bpDPfIx_br-Yq8k

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[@rotimioluwaseun6426]

Q2. The volume of an irregular solid is measured by dipping the solid into beaker filled with water,then measuring the distance displaced between it. Q3. 40cm.

[@rotimioluwaseun6426]

Exactly

[@maitrigarg9]

But that's soluble in water

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@@maitrigarg9 yes how

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How can we actually know if it's solubleee ???

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If that solid is soluble / dissolved in water, what will you do? That's what the question... 😂

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[@shivashiv8173]

1; 300cm cube 2; By Archimedes principle, when solid soluble completely in water the water level rises up. So i applied when a body is fully immersed the volume of water displaced by object is equal to the volume of object submerged.... 3; 62,500 cm cube

[@ManochaAcademy]

Q1 answer is correct, but you need to convert it into SI units. For Q2 and Q3 solutions, you can watch this video: kzbin.info/www/bejne/bpDPfIx_br-Yq8k

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[@bhavaninelavalli5491]

1st one=300ml Initial volume=700ml Final volume when ball is immersed completely=1L=1000ml Volume of the ball=volume displaced when the ball immersed in liquid-volume of initial beaker=1000-700=300ml

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He asked the answer in S.I units

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Sir u r explaining is 😍😍☺ brilliant can u explain the last que!! 😊😊1st ans is :the volume of the body is 300 ml, and 2nd ans is: by take a 500 ml tumbler and pour water for 200 ml if water and put any object in it and see the level of water!! We notice that the water level increases ,

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2nd one= Final volume when solute is mixed in solvent-Initial volume when solute Isin't mixed in solvent like water

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Sir will this volume be same with any other liquid than water?

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[@rahulshankar5551]

1.1l - 700ml =300ml that is 300cm3 Converted = 3m3

[@ManochaAcademy]

300 ml or 300 cm3 is correct! But your conversion to m3 is not right. 300 cm3 = 300 cm x cm x cm 1cm = m/100 So 300 cm3 = 300 x m/100 x m/100 x m/100 = 3/10000 m3 = 0.0003 m3 In conversion from cm3 to m3 you have to do 1/100 cube.

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Thanks a lot to give such video. It's really help us. Sir a question is arise my mind. When a body is float being partly immersed in liquid that means the body goes in equilibrium position, at that time the weight of the body is equal to the weight of the displaced liquid by the body but every books write that the weight of the body is less than weight of the displaced liquid by the body, how can it's possible? Its true that in this case the density of the body is less than the density of liquid. Please sir give the answer of this question or make a video related this question. I'm from Bangladesh.

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Happy to hear that concept is clear to you :)

[@redrockstar3493]

Wouldnt the volume of string matter here? Please clear this sir..... But an excellent video

[@lazygirlthiru06]

Sir i have question When i calculate the value in my calculator for the volume of the sphere I got 195.5108571 I just wonder how u get 200 sir?

[@aryan1389]

It might be due to the fact that there was also short length of the thread which was under the water which actually made the volume upto 200.

[@anussukeewijegunarathna4355]

1. 300cm^3 2. final volume of solution- initial volume of solvent= volume of solute 3. 100,000ml

[@nikhila6536]

2nd is incorrect... There wont be any rise in water level... So instead of water just use some other liquid in which the solid won't dissolve.... For instance let's say kerosene....

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Tomorrow is my science test now it is all clear to me about Archimedes principle thanks sir Greetings from gujarat

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Most welcome

[@ekenecanada]

I actually have a very important question from this particular experiment, the water displaced a volume of 200 cm cube because the sphere appears to be more dense that is it has much weight, how about if the sphere is lighter would it still displace the same volume of 200, because it is not a material of known density like most elements, secondly, according to Archimedes volume displaced is same as volume of the object, do you have any video to prove that the volume of a regular cuboid with known dimensions and measuring the volume by multiplying the sides, would give us the same solutions of the volume by the displacement method, for material of known density and unknown density, thanks

[@treasureolorundare7438]

When you find the answer please tell us

[@ekenecanada]

@@treasureolorundare7438 okay I will do that

[@aryan1389]

If you're talking about the same dimensions of the sphere, just being lighter, which ultimately means lower density than the water, it might come to 3 conditions, 1) It might float in water without any volume displaced(totally out of water) , 2) Some part of the object maybe inside the water ( less volume displaced) , 3) totally submerged in water but is not sinking and is at a certain level(volume is completely displayed, say 200). And just to correct your statement, as Archimedes said , volume displaced by water is the volume displaced by the amount of object dipped inside...

[@codewithmarv]

This is absolutely correct. @@aryan1389

[@aquathunder8457]

Plz make a video on what is density

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Thank you for the video...I understood it clearly...😊😊

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Most welcome 😊