Two spheres P and Q for equal radii have densities p₁ and p2, respectively. The spheres are connected by a massless string and placed in liquids L and L of densities 0₁ and ₂ and viscosities 1₁ and 1₂, respectively. They float in equilibrium with the sphere P in L and sphere Q in L2₂ and the string being taut (see figure). If sphere P alone in L₂ has terminal velocity vp and Q alone in L has terminal velocity vo, then |vp|_ n₁ = |v₂| n2 (c) Vp Vo > 0 (a) € |vp|_ 1₂ = |voloni (d) Vp. Vo <0 (b) 4₁ L₂ P
Two spheres P and Q for equal radii have densities p₁ and p2, respectively. The spheres are connected by a massless string and placed in liquids L and L of densities 0₁ and ₂ and viscosities 1₁ and 1₂, respectively. They float in equilibrium with the sphere P in L and sphere Q in L2₂ and the string being taut (see figure). If sphere P alone in L₂ has terminal velocity vp and Q alone in L has terminal velocity vo, then |vp|_ n₁ = |v₂| n2 (c) Vp Vo > 0 (a) € |vp|_ 1₂ = |voloni (d) Vp. Vo <0 (b) 4₁ L₂ P
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Transcribed Image Text:Two spheres P and Q for equal radii have
densities p₁ and P2, respectively. The
spheres are connected by a massless string
and placed in liquids L and L of densities
o₁ and ₂ and viscosities 1₁ and 1₂,
respectively. They float in equilibrium
with the sphere P in L and sphere Q in L₂
and the string being taut (see figure). If
sphere P alone in L2 has terminal velocity vp and Q alone in
L has terminal velocity vo,
then
|vp| _ n₁
|v₂| M2
(c) Vp Vo> 0
(a)
|Vpl_1₂
|vp|
vel ani
(d) Vp Vo <0
(b)
L₁
L₂
2
P
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