(Buoyancy of a floating body)

Ice has a density 91.7% of liquid water. For an ice cube (1 cm per side),

a) what fraction of the volume floats above the water surface at standard pressure?

b) How does this fraction change if the air pressure increases by 2 psi?

Posted Date: 4/2/2013 1:42:38 AM | Location : United States

Ask an Expert

Related Discussions:- Calculate the fraction of the volume floats, Assignment Help, Ask Question on Calculate the fraction of the volume floats, Get Answer, Expert's Help, Calculate the fraction of the volume floats Discussions

Write discussion on Calculate the fraction of the volume floats
Your posts are moderated

Write your message here..

Related Questions

Assignment, history of electronics materials history of electronics materials

Pyrolysis-manufacturing methods of ceramics, Pyrolysis Pyrolysis is th... Pyrolysis Pyrolysis is the procedure of depositing a ceramic on a heated substrate. The process is used to deposit coating or generate thin walled components of graphite or si

Spanners tool and equipment , Spanners: These are used to tighten and loos... Spanners: These are used to tighten and loosen nuts and bolts. These are made according to standard nut and bolt sizes and in vanadium steels. The following types of spanner are u

Governor, porter governor porter governor

Resistant body-mechanism-curvilinear motion-machine, Resistant Body: A bo... Resistant Body: A body is called resistant body if this is capable of transmitting the needed forces with negligible deformation. Machine: A machine is a mechanism or a se

Advantages of hot working, what are the advanteges of the working ? what are the advanteges of the working ?

Determine the dead load - sewer construction, Determine the dead load: ... Determine the dead load: A 250 mm diameter sewer is placed in a 2.75 m deep rectangular trench that is 0.65 m wide. This trench is backfilled with saturated clay having a unit

Calculate strength coefficient - true stress and true strain, Calculate str... Calculate strength coefficient: A copper specimen of 64 mm gauge length and 12.80 mm dia. was tested in tension. Following two diameters were recorded in the plastic range of

Thermal energy, explain scope of thermodyanamic explain scope of thermodyanamic

Automatic tool changer, disadvantages of automatic tool changer disadvantages of automatic tool changer