मराठी

Name the Scientist Who Gave He Magnitude of Buoyant Force Acting on a Solid Object Immersed in a Liquid.

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प्रश्न

Name the scientist who gave he magnitude of buoyant force acting on a solid object immersed in a liquid.

एका वाक्यात उत्तर
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उत्तर

Archimedes gave the magnitude of buoyant force acting on a solid object immersed in a liquid.

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पाठ 3: Gravitation - Very Short Answers 2 [पृष्ठ १२३]

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लखमीर सिंह Physics Part 1 [English] Class 9
पाठ 3 Gravitation
Very Short Answers 2 | Q 20 | पृष्ठ १२३

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संबंधित प्रश्‍न

What is the scientific name of the 'upward force' acting on an object immersed in a liquid?


What happens to the buoyant force as more and more volume of a solid object is immersed in a liquid ? When does the buoyant force become maximum ?


Why do we feel light on our feet when standing in a swimming pool with water up to our armpits ?


A body sinks in a liquid A but floats in a liquid B. The density of liquid A is ....... than the density of liquid B.


Describe an experiment to determine the density of the material of a coin.


A tall vertical cylinder filled with water is kept on a horizontal table top. Two small holes A and B are made on the wall of the cylinder, A near the middle and B just Below the free surface of water. State and explain your observation.


A simple U tube contains mercury to the same level in both of its arms. If water is poured to a height of 13.6 cm in one arm, how much will be the rise in mercury level in the other arm?

Given : density of mercury = 13.6 x 103 kg m-3 and density of water = 103 kg m-3.


The mass of a block made of certain material is 13.5 kg and its volume is 15 × 10-3 m3.

(a) Calculate upthrust on the block if it is held fully immersed in water.

(b) Will the block float or sink in water when released? Give a reason for your answer.

(c) What will be the upthrust on block while floating?

Take density of water = 1000 kg m-3. 


In a fluid, buoyant force exists because the pressure at the ______ of an object is greater than the pressure at the top.


If the buoyant force is less, the object will float.


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