Is the Buoyant force same in all fluids for a given body?
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Since, buoyant force acting on a bodycompletely immersed in a liquid depends upon the density of fluid in which it is immersed. Hence, for asame body, buoyant force acting on it will be different for different fluids.
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Buoyant force=upthrust=net upward force on any body in a fluid(gas or liquid) equal to the weight of fluid it displaces in order to sink/float.
Weight of fluid(w)=mg
m=d/v
w=dg/v
d is density
Let us compare weights of two fluids for equal volume
W1/W2=d1/d2
We can clearly see ratio of weight is ratio of density because g is constant.
g is acceleration due to gravity
Buoyant force depends on weight of fluid which depends on mass which depends on density.
Mass of same volume of different fluids depends on the density of fluid. Greater the density, greater will be the mass. So denser fluids have greater upthrust for same volume displaced in comparison to less denser fluids
Hope this is helpful for you
Weight of fluid(w)=mg
m=d/v
w=dg/v
d is density
Let us compare weights of two fluids for equal volume
W1/W2=d1/d2
We can clearly see ratio of weight is ratio of density because g is constant.
g is acceleration due to gravity
Buoyant force depends on weight of fluid which depends on mass which depends on density.
Mass of same volume of different fluids depends on the density of fluid. Greater the density, greater will be the mass. So denser fluids have greater upthrust for same volume displaced in comparison to less denser fluids
Hope this is helpful for you
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