Need verification of an equation

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The discussion centers on verifying an equation related to buoyancy force, derived from the relationship between the weight of an object in a fluid and the weight of the displaced fluid. The equation suggests that the weight of the displaced fluid can be calculated using the weight of the object multiplied by the density of the fluid, divided by the density of the object. Participants clarify the connection to Archimedes' principle and seek confirmation of the mathematical accuracy. The original poster expresses a need for validation of their calculations, indicating a lack of support from personal sources. The conversation emphasizes the importance of understanding buoyancy principles in fluid mechanics.
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Need verification for this equation for buoyancy force.

If
weight of an object in a fluid density of the object
_______________________= ________________
weight of the displaced fluid density of fluid

Than
weight of object x density of fluid
weight of displaced fluid= ___________________________
density of object

Weight of displaced fluid=w1=buoyancy forcew2d1
___________=b-force
d2
 
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Hatesmondays said:
If
weight of an object in a fluid density of the object
_______________________= ________________
weight of the displaced fluid density of fluid

Than
weight of object x density of fluid
weight of displaced fluid= ___________________________
density of object

Weight of displaced fluid=w1=buoyancy forcew2d1
___________=b-force
d2

Welcome to the PF.

Usually thread starts are a bit easier to decode. Are you asking a question?
 
Yes. :smile::biggrin:
 
Well I solved it to get an equation for buoyancy force; I want to know if I did my math right. My parents were no help.
 

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