Show that liquid at a given depths exerts equal pressure in all directions
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19
hello friends here is your answer
a) the depth within the liquid (measured vertically from its surface)
(b) the density of the liquid (assumed uniform)
(c) the intensity of the gravitational field at that point (g)
where h is the depth in the liquid and r is the density of the liquid.
Notice that the total pressure at a depth h will be that due to the liquid (hrg) PLUS that due to the atmosphere above i
I hope it will help you
a) the depth within the liquid (measured vertically from its surface)
(b) the density of the liquid (assumed uniform)
(c) the intensity of the gravitational field at that point (g)
where h is the depth in the liquid and r is the density of the liquid.
Notice that the total pressure at a depth h will be that due to the liquid (hrg) PLUS that due to the atmosphere above i
I hope it will help you
Answered by
14
Answer:
nice
dude
Explanation:
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