e V:0V 1 %0E lh.O 2_536875380054478...->Q8/ A person has a mass of 75kg in air and an apparent mass of 2kgwhen submerged in water. Calculate the volume and density of theperson?Q9/ What is the buoyant force on a submerged anchor that has a volumeof 0.500 m?F= m water d glaced8 = PuzeVg = (1000 kg/m')(0.500 m)(9.80 m/sF = 4900 NQ10/ A box is 8 cm wide, 10 cm long, and3 cm high. If it has a mass of160 g, how deep will it sink into the water?mwater = mor by Archimedes' principle for a floating object160 gPwate, Vwater= m so that Veter=160 cmPwater1.00 g/cmVwder160 cm2.0 cmThen H =Apoton80 cm?

8) Mass of the person in air (M) = 75kg Apparent mass of the person when submerged in water (Map)…

Answered: Q8/ A person has a mass of 75kg in air…

Q8/ A person has a mass of 75kg in air and an apparent mass of 2kg when submerged in water. Calculate the volume and density of the person?

College Physics

10th Edition

ISBN:9781285737027

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter9: Solids And Fluids

Section: Chapter Questions

Problem 9WUE

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Question

e V:0V 1 %0E lh.
O 2_536875380054478...
->
Q8/ A person has a mass of 75kg in air and an apparent mass of 2kg
when submerged in water. Calculate the volume and density of the
person?
Q9/ What is the buoyant force on a submerged anchor that has a volume
of 0.500 m?
F= m water d glaced8 = PuzeVg = (1000 kg/m')(0.500 m)(9.80 m/s
F = 4900 N
Q10/ A box is 8 cm wide, 10 cm long, and3 cm high. If it has a mass of
160 g, how deep will it sink into the water?
mwater = mor by Archimedes' principle for a floating object
160 g
Pwate, V
water
= m so that Veter
=160 cm
Pwater
1.00 g/cm
Vwder
160 cm
2.0 cm
Then H =
Apoton
80 cm?

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