A falling sphere viscometer is used to measure the viscosity of shampoo whose density is $1008$

kg$/$m$3.$ A sphere of diameter $0\mathrm{.}792$ cm is dropped into the shampoo, and measurements indicate that

the sphere travels $0\mathrm{.}183$ min $7\mathrm{.}35$ s$.$ The density of the sphere is $7940$ kg$/$m$3.$ Calculate the above

absolute and kinematic viscosity of the shampoo.