A Newtonian oil with a density of 60 lb m ft 3 , viscosity of 0 206 Atilde 10 3 Ib m ft s and kinematic viscosity of 0 342 Atilde 10 5 ft 2 s undergoes steady shear between a horizontal fixed lower plate and a moving horizontal upper plate The upper plate is moving with a velocity of 3 ft s The dis...

A Newtonian oil with a density of 60 lb m /ft 3 , viscosity of 0.206 Ã

Question:

A Newtonian oil with a density of 60 lb_m/ft³, viscosity of 0.206 Ã— 10^-3Ib_m/ft-s and kinematic viscosity of 0.342 Ã— 10^-5ft²/s undergoes steady shear between a horizontal fixed lower plate and a moving horizontal upper plate. The upper plate is moving with a velocity of 3 ft/s. The distance between the plates is 0.03 in., and the area of the upper plate in contact with the fluid is 0.1 ft². Assume in-compressible, isothermal, inviscid, friction less flow.

MOVING AT 3 ft/s 0.03 in. FIXED