Dangling a Box Unspecified Liquid. A bal- ance has two identical beakers on either end filled with the same volume of the same fluid (density es ). In the left beaker, there is a ball of density P2 < Pf, which is fixed to the bottom of the beaker by a string. In the right beaker, there is a ball of density p1 > ef which is held from the top by a string attached to an external support. Both balls have the same volume. When the supports are re- moved from the balance, will the balance move? If so, which way?
Dangling a Box Unspecified Liquid. A bal- ance has two identical beakers on either end filled with the same volume of the same fluid (density es ). In the left beaker, there is a ball of density P2 < Pf, which is fixed to the bottom of the beaker by a string. In the right beaker, there is a ball of density p1 > ef which is held from the top by a string attached to an external support. Both balls have the same volume. When the supports are re- moved from the balance, will the balance move? If so, which way?
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Transcribed Image Text:3. Dangling a Box Unspecified Liquid. A bal-
ance has two identical beakers on either end filled
with the same volume of the same fluid (density
es ). In the left beaker, there is a ball of density
P2 < Pf, which is fixed to the bottom of the beaker
by a string. In the right beaker, there is a ball of
density p1 > ef which is held from the top by a
string attached to an external support. Both balls
have the same volume. When the supports are re-
moved from the balance, will the balance move? If
which way?
P2
support
support
so,
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