A cube of wood whose edge is 12 mm is floating in a liquid in a glass with one of its faces parallel to the liquid surface. The density of wood is 791 kg/m3 , that of liquid is 1296 kg/m3 How far hℓ below the liquid surface is the bottom face of the cube? Answer in units of mm b.)A light oil is gently poured onto the immiscible liquid surface to form a 2.7 mm thick layer above the liquid. The density of the oil is 606 kg/m3 When the wood cube attains hydrostatic equilibrium again, what will be the distance from the top of the liquid to the bottom face of the cube? Answer in units of mm

Principles of Physics: A Calculus-Based Text
5th Edition
ISBN:9781133104261
Author:Raymond A. Serway, John W. Jewett
Publisher:Raymond A. Serway, John W. Jewett
Chapter15: Fluid Mechanics
Section: Chapter Questions
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A cube of wood whose edge is 12 mm is
floating in a liquid in a glass with one of
its faces parallel to the liquid surface. The density of wood is 791 kg/m3
, that of liquid is
1296 kg/m3
How far hℓ below the liquid surface is the
bottom face of the cube?
Answer in units of mm

b.)A light oil is gently poured onto the immiscible liquid surface to form a 2.7 mm thick
layer above the liquid. The density of the oil
is 606 kg/m3
When the wood cube attains hydrostatic
equilibrium again, what will be the distance
from the top of the liquid to the bottom face
of the cube?
Answer in units of mm

c.)Additional light oil is poured onto the liquid
surface until the top surface of the oil coincides with the top surface of the wood cube
(in hydrostatic equilibrium).
How thick is the whole layer of the light oil?
Answer in units of mm. 

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