EXERTED by a fluid that opposes the weight of a partially or fully IMMERSED object.buoyancy force = weight of displaced fluidBuoyancy force = density of fluid × VOLUME of submerged body × acceleration DUE to gravityBuoyancy force = \({\rm{\rho VG}}\)Buoyancy force = \({\rm{\rho lhbg}}\)Fig: Partially submerged bodyIf body is displaced upward 'h' decrease, hence Buoyancy force decrease.If body is displaced in horizontal direction, then h remain same hence Buoyancy force and its location remain same.

"> EXERTED by a fluid that opposes the weight of a partially or fully IMMERSED object.buoyancy force = weight of displaced fluidBuoyancy force = density of fluid × VOLUME of submerged body × acceleration DUE to gravityBuoyancy force = \({\rm{\rho VG}}\)Buoyancy force = \({\rm{\rho lhbg}}\)Fig: Partially submerged bodyIf body is displaced upward 'h' decrease, hence Buoyancy force decrease.If body is displaced in horizontal direction, then h remain same hence Buoyancy force and its location remain same.

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Consider the following statements:1. If a small upward displacement is given to a floating body, it results in the reduction of the buoyant force acting on the body2. A slight horizontal displacement does not change either the magnitude or the location of the buoyant forceWhich of the above statements is/are correct?

Fluid Mechanics Buoyancy And Floatation in Fluid Mechanics . 8 months ago

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Concept:Buoyancy force is an upward force EXERTED by a fluid that opposes the weight of a partially or fully IMMERSED object.buoyancy force = weight of displaced fluidBuoyancy force = density of fluid × VOLUME of submerged body × acceleration DUE to gravityBuoyancy force = \({\rm{\rho VG}}\)Buoyancy force = \({\rm{\rho lhbg}}\)Fig: Partially submerged bodyIf body is displaced upward 'h' decrease, hence Buoyancy force decrease.If body is displaced in horizontal direction, then h remain same hence Buoyancy force and its location remain same.

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Posted on 22 Oct 2024, this text provides information on Fluid Mechanics related to Buoyancy And Floatation in Fluid Mechanics. Please note that while accuracy is prioritized, the data presented might not be entirely correct or up-to-date. This information is offered for general knowledge and informational purposes only, and should not be considered as a substitute for professional advice.

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