Supplee's paradox
flow field
turbulent flow
Bernoulli's principle
ripple
hydrokinetics
hydrokinetic
wave
free convection
swoosh
subdiffusion
hydrodynamics
whoosh
gravitational convection
transition point
instantaneous velocity
fugacity
midflow
fluidical
floatation
spilling
flotation
velocimetry
plop
Brownian motion
microfluid
pedesis
Brownian movement
current
splashed
turbulence
inertia
turbulency
whoa, Nelly
waft
fluidal
twist
transonic
windage
eddy
scallop theorem
hydrogravitational
outpouring
flow rate
fluidically
flowback
Archimedes' principle
gush
flush
flow
relativistic mass
rate of flow
Magnus effect
principle of liquid displacement
buoyancy
Rayleigh-Taylor instability
forced convection
sweepage
principle of equivalence
uniform acceleration
constant acceleration
liquid
kinetic theory of gases
burstiness
fluidiform
kinetic theory
accelerate
stream
suspension
flowing
Cartesian diver
hydromechanics
perpetual motion
errant
hydrostatics
entrain
spillage
hydraulics
first law of motion
Darwin drift
microhydrodynamics
release
Newton's first law of motion
velocity
Newton's first law
spill
stasis
fluid mechanics
radiation
flowmetry
babble
bubble

English words for 'A physical paradox that arises when considering the buoyant force exerted on a relativistic bullet (or in a submarine) immersed in a fluid subject to an ambient gravitational field. If a bullet has neutral buoyancy at rest in a perfect fluid and is then launched at relativistic speed, observers at rest within the fluid would conclude that the bullet should sink, since its density will increase due to the length contraction effect. On the other hand, in the bullet's proper frame it is the moving fluid that becomes denser and hence the bullet would float.'

As you may have noticed, above you will find words for "A physical paradox that arises when considering the buoyant force exerted on a relativistic bullet (or in a submarine) immersed in a fluid subject to an ambient gravitational field. If a bullet has neutral buoyancy at rest in a perfect fluid and is then launched at relativistic speed, observers at rest within the fluid would conclude that the bullet should sink, since its density will increase due to the length contraction effect. On the other hand, in the bullet's proper frame it is the moving fluid that becomes denser and hence the bullet would float.". Hover the mouse over the word you'd like to know more about to view its definition. Click search related words by phrase or description. to find a better fitting word. Finally, thanks to ChatGPT, the overall results have been greatly improved.

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