2.2 Among two horizontal parallel plate 10mm apart one plate is moving horizontal and other stationary at 1 m/s. If the pressure difference will be from the section to section 100 mm apart as 98.1kpa and dynamic viscosity of the fluid µ = 0.1. Determine A. The shear stress on the top of the plate. U=1m/s B. The velocity distribution and discharge. 10 mm C. Maximum and mean speed. 100 mm Y

2.2 Among two horizontal parallel plate 10mm apart one plate is moving horizontal and other stationary at 1 m/s. If the pressure difference will be from the section to section 100 mm apart as 98.1kpa and dynamic viscosity of the fluid µ = 0.1. Determine A. The shear stress on the top of the plate. U=1m/s B. The velocity distribution and discharge. 10 mm C. Maximum and mean speed. 100 mm Y

Name: Q.2 Among two horizontal parallel plate 10mm apart one plate is movin
Uploaded: 2024-03-20T06:56:55.000Z
Channel: Bartleby
Description: Q.2 Among two horizontal parallel plate 10mm apart one plate is moving horizontal and otherstationary at 1 m/s. If the pressure difference will be from the section to section 100 mmapart as 98.1kpa and dynamic viscosity of the fluid μ = 0.1. Determi

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

See similar textbooks

Similar questions

4.21 Water flows from a reservoir out a pipe of diameter D and length L. The describing equation is 1 dp + 1 dv, ar 0 = %3D az
H.W:A piece of the pipe 300 mm long weighing 13 N and having i.d of 51mm is slipped over a vertical shaft 50 mm in diameter and allowed to fall .calculate the approximate velocity attained by the pipe if a film of oil of viscosity 25 pa.s is maintained between pipe and shaft.
5
A) What is the apparent viscosity (Pa.s) of blood that is experiencine a shear rate of 52 s^-1? Assume the blood has a yield stress of 0.005 pascals and a value of 2 cP^1/2 for the parameter.
State clearly your assumptions in your solution sheet
6. A hydraulic lift (see below) of the type commonly used for greasing automobiles consists of a 280.00 mm diameter ram which slides in a 280.18 mm-diameter cylinder, the annular space being filled with oil film of thickness t = 0.09 mm, having a viscosity 0.3612 kg/(m s). If the rate of travel of the ram is v= 0.22 m/s, find the frictional resistance when 2 m of the ram is engaged in the cylinder. Take the weight of ram as 500 N. Ram Oil film -Fixed cylinder
Q1) When the force (P) applied to the plate shown in Fig.1,the velocity profile for a fluid is confined under the plate is approximated by u = 12 y0.25 mm/s ,where y is in mm. Calculate the shear stress at y 16 mm. Take u = 0.8x10 N.s/m2. 16 mm Fig.1
Fast plz
Solve fast an correct
fluid flows with velocity profile of u = 5 y + 1, calculate the shear force due to viscosity if the viscosity of the fluid is 0.2 Pa.s
7. For the flow of a thin layer of liquid down an inclined plane shown: a. Using the cross-hatched element and through a force balance, show that the velocity distribution across the layer is: dx Y sin e (b2 – s2) 2 µ и 3 Free Surface an expression for the at the free b. Derive t dx liquid velocity surface. c. Derive an discharge per unit width. d. Derive Fixed y s dx expression for the Wall b an expression for the shear stress at the fixed wall.
6. A hydraulic lift (see below) of the type commonly used for greasing automobiles consists of a 280.00 mm diameter ram which slides in a 280.18 mm-diameter cylinder, the annular space being filled with oil film of thickness t = 0.09 mm, having a viscosity 0.3612 kg/(m s). If the rate of travel of the ram is v= 0.22 m/s, find the frictional resistance when 2 m of the ram is engaged in the cylinder. Take the weight of ram as 500 N. Ram Oil film -Fixed cylinder