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The excess pressure inside a spherical drop then their re respective mass ratio is
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Practice questions from similar books
Question 1
A spherical solid ball of volume is made of a material of density . It is falling through a liquid of density . Assume that the liquid applies a viscous force on the ball that is proportional to the square of its speed , i.e. . The terminal speed of the ball isQuestion 2
A cubical block of side 10 cm is connected as shown in the figure. The block is placed on a thin liquid layer of thickness 0.2 mm. If load moves downward with constant speed of 2 cm / sec after the system is released. If coefficient of viscosity of liquid is then x is ( take .g =10 
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| Question Text | The excess pressure inside a spherical drop then their re respective mass ratio is |
