Using the figure below, what is the pressure difference, PA - Pg when R = 0.1 m and the density of fluid A and B are 12 and 2 g/cm?, respectively. Pa Pb fluid B PB fluid A PA R 2 3 9810 Pa O 981 Pa

Q: Consider two different fluids flowing in a round tube of length 1 m and diameter 5mm. Calculate the…

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Q: width and 5 m A horizontal square wooden rod, 2 m long. 0.2 m head width is hung and fixed at the…

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Q: 12. Convert 1.l gal to m'. 13. An orifice meter is used to measure the rate of flow of a fluid in…

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Q: 1. The system as shown in Fig.1. The gauge pressure at the bottom of the tank is 242 kPa, what is…

A: Given, Gauge pressure at the bottom of the tank, P=242 kPa=242000 Pa

Q: Example 7.2: A simple U-tube manometer is installed across an orifice meter. The manometric fluid is…

A: U tube manometer is the simplest pressure measuring devices and are used for measuring low pressure…

Q: 1. ( described as u = (0.5y – 50y²) m/s, and the unit of y is m. If the viscosity of the fluid is u…

A: Note: Since you have asked multiple questions, we will solve the first question for you. If you want…

Q: Suppose the pressure at a point within a column of mercury in a tube is 120 mmHg. What is the…

A: pressure (P)=120 mmHg=120×133.3 Pa=15996 Pa=15996Kgm s2height (h)=9 mm=9×10-3  m

Q: 5. A Pitot tube in the pipe in which air is flowing is connected to a manometer containing water as…

A: Given that- Manometer difference in water level, x=87.5 mm= 0.0875m Tube coefficient, CP=0.90…

Q: Dimensional analysis with Buckinham's Pi Theorem is applied to the relationship between frictional…

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Q: Mark the following statement TRUE (T) or FALSE (F) 1. Specific volume is an intensive property 2.…

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Q: In the figure below, a tank partially filled with liquid (SG =1.2) is connected to a closed end…

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Q: air h, h, water

A: Given Density of water ρw =1000 kg/m3 h1 = 60 cm h = 45 cm h2 = 180 cm Find-Difference of…

Q: Q.3) The gage pressure of the air in the tank shown in Figure below is measured to be 80 kPa.…

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Q: determine the gage pressure

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Q: From the table of water properties at average temperature T, find the water properties: density p,…

A: Given: D=9.9 cm L=25 cm T=22 °C No V (cc) t (sec) H1 (cm) H2(cm) 1 600 187 108 3 2 600 176…

Q: 17. Calculate the pressure at point A in Fig. 2.50. The slope of the tube is 4 horizontal to 1…

A: Reservoir review is given.Calculate pressure at point A.

Q: A closed tank contains compressed air and oil (SGoil = 0.85) as is shown in side Figure. A U-tube…

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Q: Match each of the equations with the appropriate definition or relationship. А. Weight Vtotal…

A: Let m be mass of the body, g/gc be the gravity, Vtotal be the volume of the body and ρ be the…

Q: i need the answer quickly

A: Since you have asked multiple question, we will solve the first question for you. If you want any…

Q: Q4: 8*10 m/s of water flowing through a pipe of 0.2 m I.D. What will be the difference in level on…

A: Given: Volumetric flow rate of water, Q = 8 x 10-4 m3/s Internal diameter of the pipe, Di = 0.2 m…

Q: PROBLEM 3: The head form of the Bernoulli equation is given by: P P where - is the pressure head, z…

A: Manometer height (H)= 100 metre the detailed solution is attached below.

Q: Buckingham

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Q: Find the differential pressure, PA-PB in kPa for the manometer shown on figure 2 if h, = 0.64 m, h2…

A: S.G. = Density of substance/ density of water

Q: A Coriolis is an example of a flowmeter that measures the mass flow rate through a conduit. O True O…

A: We have to answer about the Coriolis and its use.

Q: Air (y = 0.075 lbf ft3) is flowing as in figure. If u = 13.9 ft s and the centerline velocity, vc =…

A: Given : Density of air = 0.075 lbf / ft3 Velocity ( V1 ) = 13.9 ft / sec Velocity ( V2 ) = 15.7 ft /…

Q: 05: The level of the water in an enclosed water tank is (40 m) above ground level. The pressure in…

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Q: Using Rayleigh's method, show that the resistance force R of a partially submerged body in water can…

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Q: Using Rayleigh's method to determine the rational formula for discharge (Q) through a sharp-edged…

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Q: Consider a polymer (with density p and viscosity µ) flowing in between two parallel plates in a…

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Q: Use Bernoulli’s equation .

A: (a) v = 20.88 m/s(b) v = 1.886 m/s(c) v = 2.5668 m/s(d) v = 1.197 m/sExplanation:

Q: as The Reynolds number is a dimensionless group defined for a fluid flowing in a pipe Re = Dup/μ

A: Giventhe relevant data for liquid MEK to find the Reynols numberTo findwhether the flow of MEK  is…

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Q: . I change my experiment around a bit, so that it will allow me to change the viscosity of the fluid…

A: a)Reynolds number is given as Re=ρuDμ Where ρ- Density of fluid μ- Dynamic viscosity u- Average…

Q: 10. Consider a system with a * pitot tube (with a U-tube manometer) attached to a horizontal oil…

A: Given S.G=0.84 μ=0.05 kg/m-sec ID=0.11 yard h=0.42 yard Find Volumetric flow rate,Q

Q: Determine the fluid speed at the origin

A: Velocity Field (V) = (5z-3)i^ + (x+3)j^ + 4yk^ At origin= (0,0,0)

Q: A horizontal Venturi meter is attached to a manometer as shown. The flowing fluid is air, and the…

A: To derive an equation describing V2 in terms of the given parameters, we can start with the…

Q: I. For a two-dimensional flow of an inviscid incompressible fluid (of density p) in zero gravity…

A: if we drive the expression using Euler equation or Navier Stocks equation, we will not get the…

Q: Match each of the equations with the appropriate definition or realtionship. - v Weight v Density v…

A: Match the each equation with its relationship (Fluid properties and its relations)

Q: Q5/ The U tube contains two liquids in static equilibrium water of density pw= 998kg/m³ in the right…

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Q: A pitot-static tube measures the total pressure pr and the local pressure p in a uniform flow in a…

A: Given : a) Total pressure Local pressure Diameter of the pipe

Q: The balance in our lab displays to the 0.001 g Given this data: Mass of empty weigh boat: 2.795 g…

A: Given, mass of empty weigh boat = 2.795 gmass of weigh boat + solid produced = 9.705 gmass of…

Q: Determine the value of the Reynolds number

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Q: Q6: 5.3.1R (WP Water flowing in a pipe with a velocity of 25 m/s and a static gage pressure of 940…

A: Applying Mass balance over three sections- Density of water be, d = 1000 kg/m³ Mass in = Mass out…