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10Upthrust acts in the upward direction on an object submerged in a fluid.
Upthrust is independent of the density of the fluid.
Archimedes’ Principle applies to all fluids, not only liquids.
Apparent weight of an object in a fluid is greater than its real weight.
Upthrust increases with the volume of fluid displaced.
An object floats when the upthrust is equal to its weight.
The Eureka can is used to measure the volume of displaced fluid.
Archimedes was born in 287 BC.
U = ρ × V × g represents the formula for upthrust.
An object sinks if upthrust is greater than its weight.
Percentage: 0%
On which law/principle is a lactometer based?
f the same magnitude of upthrust acts on three cubical balls made of different materials kept in water, which quantity is equal for them?
If the volume of an object submerged increases, the upthrust:
The formula U = ρ × V × g gives:
The Eureka can is used to:
An object floats when:
The SI unit of upthrust is:
Archimedes was a mathematician from:
Upthrust is maximum when:
The upthrust on an object depends on:
The net upward force exerted on an object submerged in a fluid is called ______.
Archimedes’ Principle states that the upthrust on an object is equal to the ______ of the fluid displaced.
The weight of an object measured in air is called ______ weight.
The weight of an object measured inside a liquid is called ______ weight.
Upthrust depends on the ______ of the fluid displaced by the object.
Upthrust also depends on the ______ of the fluid.
Archimedes was a Greek mathematician born in ______ BC.
The SI unit of upthrust is ______ (N).
Upthrust is maximum when an object is completely ______ in a fluid.
The formula for upthrust is Upthrust = ______ of object in air − Weight of object in liquid.