The density of solid is equal to the density of liquid, the body is originally floating in completely submerged condition, just below the surface of water. The body is pushed to a certain depth. After this, will the body rise and float in completely submerged condition just below the surface of water or it will remain at the same position where it was brought after being pushed down?
if it will rise up, also tell the net upward force acting on it when it is completely submerged due to which it is will rise.
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Answer:
(i)rise up
(ii)9.8×volume of water displaced
Explanation:
the solid density is equal to liquid (=1)
so when pushed down
the boyant force pushes it up
by
force=density×volume of liquid displaced×gravity
=1×volume of water displaced(not given)×9.8
=9.8×volume of water displaced by the solid
btw water is the liquid as density is 1 only for water
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