The velocity Panciple af fleuid flouing auer a flat plate is ginen by ginen whene U in in inches. Find aches Shear Striess at y20 and 1, sespectinely, If the fluid viscosity and is 0.006 6fs/.

Q: is 100 m long, the shape of it hull is roughly cyli9ndrical with a diameter of 15 m. when it is…

A:

Q: he velocity principle of lowing f a give flurd Over a हिव पकाहि ग मजव m mehes Find heve heau ctres…

A: Concept Of Fluid Mechanics Used

Q: Brine is flowing through a coil with a velocity of 240 fpm, The pressure foss in overcoming me…

A: Given : Velocity, v = 240 ft/min = 1.2192 m/s Pressure loss, p = 3.134 psia = 21608.169 Outer…

Q: consida 20 air flow around Corner neg components of velocicies are given as: Sinh (a) cosh () cosh…

A:

Q: E thrust of a shaft is taken by a collar bearing provided with a forced cation system. The…

A:

Q: Ex: The fillowiny Thearetial Diesel cycleusiny air as data re late to pressure al the end of…

A:

Q: (d) Suppose you have a 1L cylinder of oxygen at room temperature and atmospheric pressure. If you…

A:

Q: Container is placed 55 cm from the ground contains fluid with density of 757 kg/m3 and dynamic…

A:

Q: A liquid of (u = 1.25 Pa.s.) fills the space of (Sum) shown in figure below. Calculate the forque…

A:

Q: Find Kinematic viscosities of air and water at T=4°C, p=170 kla u N.S Given Mar= 1.91x10² 4/1/² /…

A:

Q: O velocity field of a fluid field; u= y. z +t V = x.Z -E equation are given %3D W = X.Y a) Deive…

A:

Q: Calcuale the viscosity of the oil if the  sp. gr. 0.8 is measured by a capillary tube of diameter 50…

A: Data given-  Specific gravity = 0.8  d = 50 mm = 0.05 m  L = 3 m  h = 0.6 m of water  m• = 50 kg/min…

Q: he fluid is oil with a kinematic viscosity 6f 0.000217 m²/s and the spacing pen plates is 40 mm. The…

A:

Q: 2 concentnic dnems form an onmular Space which is filled with a fluid of nsusity 0'2 K9/ms 4 He…

A:

Q: A 2o0y bubble 7o mm diameten internal frlessure exces g 25 N/mim2 what in tension in soof Silm. has…

A: It is a basic problem on the surface tension.

Q: 2. If the velocity at point A is 25 meters per second, compute for the velocity at point C and the…

A: VA=25 m/s

Q: Q/ Discuss the relationship between apparnt viscosity and yield point

A: The apparent viscosity of a Newtonian fluid is constant and equal to the fluid's Newtonian…

Q: A shaft 70.0 mm in diameter is being pushed at speed of 0.4 m/s through a bearing sleeve 70.2 mm in…

A:

Q: d-film lubrication is wher

A:

Q: Classify anemometers. Describe the anemometre which measures wind velocity by sensing the changes in…

A: To classify anemometers

Q: G. In the Study of rheological poperbes ot a Choco la te product, the Viscosity CH.) of the product…

A: The relationship between shear stress and time has been provided. It is asked to find the linear…

Q: The losses per unit length pipe^h/l in turbulent flow through small pipe depend upon Velocity,…

A: Introduction: Head loss is the energy wasted in a fluid system due to friction along the length of a…

Q: n fluid mechanic, what is dimensional analysis and what do i required to do a dimensional analysis…

A: Given Dimensional analysis To find Importance of dimensional analysis in fluid mechanics Importance…

Q: Campute the Steady skte momentum Flex Eys b Alm? when the lower platevelecity v fn the Figure beloo…

A: Write the lower plate velocity.   v=0.304 m/s   Write the separation of the plate.   y=0.304…

Q: Non-newtonian fluid has a power law and Bingham fluid behaviors at certain conditions. If the shear…

A: Given: The shear rate change, du/dy = (50 -10) =40 s-1 The consistency coefficient = 10 Pa.s

Q: quid is flowing in a pipeline 60 mm in diameter at 8.25 m/hr. If the density of fluid 820 kg. per…

A:

Q: A liquid of (u shown in figure below. Calculate the forque (T) required = 1-25 Pa.s.) fills the…

A: Given:The dynamic viscosity of the fluid, µ = 1.25 Pa.sThe thickness of space, c = 5 mmThe height of…

Q: 2. Two-fluid U tube. In Fig. 2.2-4b a two-fluid U tube is shown, which is a sensitive device for…

A: Solution: Given Data:

Q: A block is slid down a 16 inclined plane on a thin film of Imm thickness oil. The contact area…

A:

Q: Find the kinamatic viscosity of liquid in stocks who's specific gravity is 0.95 and dynamatic…

A: Given Specific gravity = 0.95 Dynamic viscosity = 0.12 poise To find Kinematic Viscosity

Q: Take the densilty and pressure values at 7km, and then apply Bernoulli equation. I think this is the…

A: Given:h = 7 kmv1=300 m/sv2=400 m/sTo find:Pressure at that point, p2

Q: Velecity of(3amls) A(5 cm) clia im pinges Water Jet with asingle Vane moving in Same. on olivecation…

A: Given: The diameter of jet, d = 5 cm = 0.05 m The velocity of jet, V1 = 30 m/s The velocity of…

Q: PRODLEM 1 AssuHe A BONDARY LAYER FOR A Fluid ovER A FlAT PIATE CAN BE APPROKIMATED BY WHERE U=…

A: Given dataVelocity profile uU=yδU = Constant free stream velocityδ = Boundary layer thickness

Q: Q2. ca> Crude ofl PS flowing through velocty of a o•Smst at a tempeiature of 60°c and a viscosily of…

A: There is a linear relationship between shear stress of the fluid with respect to the radius of the…

Q: 4. The velocity distribution of apple juice over a fixed plate is given by v=0.355x-x² in which v is…

A:

Q: : A liquid of (u = 1.25 Pa.s.) fills the space of (Sum) shown in figure below. Calculate the forque…

A:

Q: Q4/ the velocity distribution over a plate is given by u= if the viscosity of liquid is 8 poise,…

A:

Q: Q1:A certain oil moves over a metal plate with an area of 2m? and the amount of mass flux or (mass…

A:

Q: Ajet of water wilh cls of 13 cm? and velocity of is m/s is impinging an inclined plade with 60°. If…

A: Area of jet = 13 cm2 = 0.0013 m2 Velocity of jet = 18 m/s Velocity of plate = 3 m/s Angle = 60o

Q: PAY (T+Ay) Ax (p+Ax)Ay h Ay TAX T y X Oil flows between two parallel plates rest and the other…

A: Step 1:Step 2: Step 3: Step 4:

Power Transmission Elements

It is defined as the energy transfer from one location to another location. The energy will start moving from the energy generation source to the energy applied position to obtain the work output. From this method, a large amount of electric energy moves from the power station to various electrical substations.