Question

If this experiment is repeated by using stone and kerosene what is the buoyancy experienced?
(0.4 N, 0.5 N, 0.6 N)​

Answer 1

Concept Introduction:-

Upthrust, often known as buoyancy, is an upward force applied by a fluid against the mass of a thing which is partially or completely submerged.

Explanation:-

A question has been provided to us

We need to find the solution to the question

The density of the solutions, the density of the stone, and the volume of the stone are all factors that affect buoyancy. By weighing the stone before and after it is submerged in the liquid and figuring out the difference, you may determine buoyancy. You need enough information to make this solvable in order to calculate this theoretically.

Final Answer:-

The correct answer is $0.6$ N.

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Answer 2

Answer:

The required answer is $0.6 N$

Explanation:

Concept:

An upward force applied by a fluid on the bulk of an object that is partially or entirely submerged is known as upthrust, also known as buoyancy.

Given: A question has been provided to us

To find: We need to find the solution to the question

The density of the solutions, the stone's density, and the stone's volume are all determinants of buoyancy. You can evaluate buoyancy by weighing the stone before and after it is immersed in the liquid, then calculating the difference. To hypothetically calculate this, you need enough data to make it solvable.

Therefore, $0.6 N$ is the buoyancy experienced.

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