Oa 85.41Ob. 106.2O c. 78 46O d. 99.30O e. 92.36Two plates are separated by 30 mm space. The lower plate moves at velocity of 2 m/s while the upper platemoves at a velocity of 8 m/s. Oil (S=0.62) which fills the space. The oil viscosity is equal to 0.003 m /s. Thevariation in velocity of the oil is linear. What is the shear stress in the oil (N/m2)?eredof 2,00stionupper plate8 m/s30 mmOIL2 m/slower plate4:34 PM3/29/2021DELLF8F9F10F11F12PrtScrInsertDelete

Name: Oa 85.41Ob. 106.2O c. 78 46O d. 99.30O e. 92.36Two plates are separat
Uploaded: 2024-03-20T06:56:55.000Z
Channel: Bartleby
Description: Oa 85.41Ob. 106.2O c. 78 46O d. 99.30O e. 92.36Two plates are separated by 30 mm space. The lower plate moves at velocity of 2 m/s while the upper platemoves at a velocity of 8 m/s. Oil (S=0.62) which fills the space. The oil viscosity is equal to 0

Answered: Image /qna-images/answer/69805525-d762-461b-9da3-dd58a345fbde.jpg

Engineering

Mechanical Engineering

Two plates are separated by 30 mm space. The lower plate moves at velocity of 2 m/s while the moves at a velocity of 8 m/s. Oil (S=0.62) which fills the space. The oil viscosity is equal to 0.003 m Is. The variation in velocity of the oil is linear. What is the shear stress in the oil (N/m2)? plate rered of 2.00

Two plates are separated by 30 mm space. The lower plate moves at velocity of 2 m/s while the moves at a velocity of 8 m/s. Oil (S=0.62) which fills the space. The oil viscosity is equal to 0.003 m Is. The variation in velocity of the oil is linear. What is the shear stress in the oil (N/m2)? plate rered of 2.00

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

A plate 1mm thick moves between two fixed plates. The gap between fixed plates is 2 mm. the area of moving plate is 0.4 m2 positioned in the middle of the gap. If the gap between the plates is filled with oil, calculate the force required to move the plate with a velocity of 1 m/s; the viscosity of oil is 1.48*10-2 Ns/m?.
The viscosity of motor oil is 4.79× 10-³ N. s/m², motor oil is used as a lubricant between two machine parts. The variation in velocity of the oil is 1.6 m/s and a maximum shear stress is 62.8 N/m². What is the required spacing between machine parts in millimeter?
A 0.1m diameter of shaft is supported in a bearing 0.10025 m internal diameter and 0.2 m long It is lubricated by an oil of viscosity 5 poise. How much power is required to rotate the shaft at a constant speed of 200 rpm ? Ol- 0.tm Shaft -0.10025m Beating
The dynamic viscosity of water is 0.001 N-s/m2. Determine the kinematic viscosity in English system. Calculate the equivalent kinematic viscosity in stokes. (Hint: 1 stoke = 1 cm2/s) Answer the situations with complete solutions. Write your final answer in two decimal places. please input the correct unit and box final answer thank you
1. A shaft with 100 mm diameter and 200 mm length rotates in the cylinder at 30 rpm, the distance between the cylinder and the shaft is 0.04 mm and is filled with oil. Dynamic viscosity of the oil is μ = 0.04 Ns/m². Find the moment to turn the shaft. 100 mm 0.04 mm L-200 mm R M 3 Oil μ=0.04 Ns/m²
To determine the shear stress of oil, two horizontal plates are placed 15 cm apart, the space between them is filled with the oil of viscosity 15 poise. If the upper plate is moving with velocity 2,000 mm/s, find the shear stress (τ).
QI/ Determine the velocity of a plate which was lifted upward, if the force required for lifting it is 272.246 N and its weight is 90 N. This metal plate which its dimensions are 1.25 m x 1.25 m × 6 mm thick is placed midway in the 24 mm gap between the two vertical plane surfaces as shown in the Fig. below. The gap is filled with an oil of specific gravity 0.85 and dynamic viscosity 3000 mN.s/m². Vertical Plane Oil 6 mm -24 mm Plate
The diameter of the sphere is 2 mm. Calculate the value of the Reynolds number for the sphere with 2 mm of diameter when it is moving with a speed of 0.05 m/s. [The value of viscosity is 12 N.s/m² and the value of density is 1300 kg/m']
plz plz help me with this one nowwwwww Two plates are separated by 30 mm space. The lower plate moves at velocity of 2 m/s while the upper plate moves at a velocity of 8 m/s. Oil (S=0.51) which fills the space. The oil viscosity is equal to 0.003 m2/s. The variation in velocity of the oil is linear. What is the shear stress in the oil (N/m2)?
3) The viscosity of the Newtonian fluid with a density of 650 kg/m³ is determined with a viscometer as shown in the figure below. The required torque (T=F.r) applied to the inner cylinder (r¡ = 4 cm) to rotate with an angular velocity of 6 rad/s is 3x10-7 Nm. If the velocity distribution in the clearance between the cylinders is linear, a) Find the viscosity (µo) of the fluid b) Find the shear stress on the side surfaces in the viscometer if the viscosity varies according to µ= H0 (1-r/r2) where r2 = W=6rad/s 2cm 150mm ri+2 (cm) due to heating during rotation. .fluid
Q1) A shaft of diameter (d glycerin-filled sleeve as shown in Figure. The glycerin to be used has a dynamic viscosity of 1.5 Pa.s, and the cable is pulled by 140-N tensile force. If the cable is to be pulled at a velocity of 3.68 m/s and the velocity profile equation though glycerin is (u = 2.4y + 80y2), what is the length of the sleeve that can be used to provide this velocity? Assume that the cable can be kept at the center of the sleeve. = 41-mm) is to be pulled through a (44.1)-cm-diameter Sleeve Shaft P
Two plates are positioned at distance of 1.3 mm from each other. One of the plates is moving at velocity of 0.5 m/s; the movement requires a shear stress of 5 N/m². Calculate dynamic viscosity of the fluid between the plates by assuming linear velocity distribution. Round off the answer to three decimal digits in kg/ms, but enter the answer without the unit. Answer: