The unit named for him is equal to the ratio of viscosity of a fluid in poises to its density in grams per cubic centimeter. His law predicts the frictional force on a spherical ball travelling through a visous medium. FTP, i
The unit named for him is equal to the ratio of viscosity of a fluid in poises to its density in grams per cubic centimeter. His law predicts the frictional force on a spherical ball travelling through a visous medium. FTP, identify this British scientist, whose theorem, which was first stated as an exam question at Cambridge in 1850, is equivalent to the divergence theorem for the curl of a vector.
The unit named for him is equal to the ratio of viscosity of a fluid in poises to its density in grams per cubic centimeter.
George Gabriel {Stokes}