What is the Archimedes’ Principle? | Gravitation | Physics | Infinity Learn

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#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?KZbinDME&WkCPORlj4&Comment To watch more Physics videos, click here - bit.ly/PhysicsVideos_DMYT

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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...

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[@sujaankhanna]

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)

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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 "

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Do u think its a fun fact? Its a dangerous fact

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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

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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?

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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?

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The law of archimedes is used in the field to float a body on a liquid. It is also used to make Submarine. Thanks... 😉

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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. .

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Thank you mam this helped me alot.

[@hellooo788]

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?

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