A lead shot of 1 mm diameter falls through a long colummn of glycerine. The variation of the velocity v with distance covered (s) is represented by

A lead shot of 1 mm diameter falls through a long column of glycerin. The variation of its velocity v with distance covered s is represented by:

A lead shot of a 1mm diameter falls through a long column of glycerine.The variation of its velocity v with distance coverd is represented by,

A bar magnet is made to fall through a long vertica! copper tube. The speed (V) of the magnet as a function of time (t) is best represented by

A spherical ball of iron of radius 2 mm is falling through a column of glycerine. If densities of glycerine and iron are respectively 1.3 xx 103 "kg/m"^(3)" and" 8 xx 103 "kg/m"^(3) . eta for glycerine = 0.83 "Nm"^(–2) sec, then the terminal velocity

Find the terminal velocity of a steel ball 2 mm in diameter falling through glycerine. Relative density of steel is 8, relative density of glycerine is 1.3 and viscosity of glycerine is 8.3 poise.

find the terminal velocity of a steel ball 2mm in diameter falling through glycerine. Relative density of steel =8, relative density of glycerine =1.3 and viscosity of glycerine=8.3 poise.