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Punya Bsiq333

The document reminds the reader to pay their yacht fees and that nothing in life is free. It then provides a series of calculations related to determining densities and weights of objects submerged in liquids using principles of buoyancy and density. Key calculations include determining the density of an unknown liquid based on the weight lost by an object submerged in that liquid versus water.

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Bagus Setya
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35 views28 pages

Punya Bsiq333

The document reminds the reader to pay their yacht fees and that nothing in life is free. It then provides a series of calculations related to determining densities and weights of objects submerged in liquids using principles of buoyancy and density. Key calculations include determining the density of an unknown liquid based on the weight lost by an object submerged in that liquid versus water.

Uploaded by

Bagus Setya
Copyright
© © All Rights Reserved
We take content rights seriously. If you suspect this is your content, claim it here.
Available Formats
Download as DOCX, PDF, TXT or read online on Scribd
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JANGAN LUPA BAYAR Yach … OK!!!!!!!!!!!!

NGGAK ADA YG GRATIS DI DUNIA INI


(UANG ADALAH SEGALANYA)

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110m/s

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Apply the Arquimede´s Principle to the bubble inside the water

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Fb
= ρmilk g V
The normal force FN

exerted (upward) on the glass ball of mass m has magnitude


0.0948 N. The buoyant force exerted by the milk (upward) on the ball has magnitude, where V =
πr
3
is the volume of the ball. Its radius is r = 0.0200 m. The milk density is
ρmilk = 1030 kg/m3
. The (actual) weight of the ball is, of course, downward, and has
magnitude Fg
= mglass g. Application of Newton's second law (in the case of zero
acceleration) yields

FN
+ p(milk) g V − m(glass) g = 0

which leads to mglass = 0.0442 kg. We note the above equation is equivalent to Eq.14-19
in the textbook

m = 0.0442kg

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31N - 26N = 5N

Loss of weight in the liquid.

31N - 22N = 9N

Loss of weight in the water.

3
5/9

density of the loss of liquid / density of the loss water

5/9 * 1000 kg/meters cubed = 555.6 kg/meters cubed

Density of the unknown liquid.

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