Show that for a laminar boundary layer, the governing equations are: continuity: du' dv' + = 0 ax' dy' x-motion: y-motion: Energy: Species a: u² '+v'. ax' By - 3p = 0 30 u' ·+v' u' du' ay' dwa ax' 30 dy' awa ay' +v': ap' = 1 a²u' Re dyr² + B 1 a²0 Re Pr Jy¹² 1 0² WA Re Sc ay¹2

Q: height, T (Nm) mm O 58 67 70 72 75 76 76.5 0.6 089 1.1 1.2 1:3 1.3 4.4 1.4 kW Hp (100%) flow rate P₁…

A: To calculate and fill up the details of input section and output section in the tablegiven thatpump…

Q: I need help calculating these values using the defined quantites: Fin using the given values…

A: Given dataPond geometry : r = 100 m and h = 8 mThe inlet velocity = 0.5 m/sInlet cross-section = 3 m…

Q: Suppose that you wish to assess the hazard posed by a hydraulic jump in a flooded river. The river…

A: So, the equation for f(D) is indeed f(D)=0, indicating that the derived equation satisfies the…

Q: b) The bore diameter of each cylinder in a six-cylinder four-stroke internal combustion engine is 32…

A: ◆ The mean effective pressure: 562.94 kPa. ◆ The indicated power developed by the engine: 4.10 kW.

Q: a caloulaTE THE Velocire OF THE PlUID INSIDE THE TUBE. b) CaloulATE THE HeiGHT DIFFERENCE l To THE…

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Q: A rectangular tube (remember hydraulic diameter) of sides 25mm and 40mm. If air RT passes through…

A: Write the sides of the rectangular tube.   a=25 mmb=40 mm   Write the flow rate of the air inside…

Q: U = 55 cm/s %3D LAj = 10 cm² U2 = 20 cm/s Az = 30 cm? U3 = -10 cm/s Az = 40 cm² U = ???? %3D LA4 = 5…

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Q: The vertical plate ABED is pinned to rod OA at A and supported by a roller at E which slides in a…

A: Given DataL=2mVE=1.1m/snumber of link=4

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Q: Friction Example, 1 A 3kg block starts from rest at the top of 30o incline and slides with a = 1.78…

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Q: Why do vapor bubbles get larger in boiling water as they approach the surface? Type your detailed…

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Q: Panels AB and CD in Fig.  are each 120 cm wide intothe paper. ( a ) Can you deduce, by inspection,…

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Properties of Fluids

The term fluid represents a type of substance that can easily change its shape under any external pressure/force and can flow. Fluids can acquire any shape in which it is stored and can resist normal stresses but cannot resist shear stress in rest condition. Whenever external shear stress is applied to fluids, it starts to flow. The fluids may be liquid or gas. Example- water, air, etc.