Water is discharged steadily from a tank to the atmosphere thre (roughness e = 0.046 mm). The pressure (gauge) on the top of ta level 5 m in the tank remains unchanged. The flowrate is 0.1 m³/m

Q: Consider 0.5 Ibm of juice flowing through an 8-in.-diameter pipe with a velocity of 4.94 ft/s. NOTE…

A: Given:  Mass of juice is 0.5 Ibm Pipe diameter is 8 inch (0.667 ft) Velocity is 4.94 ft/s

Q: 3. As shown in the figure below, water at 20°C is flowing through the tubes A and B, then joining…

A: Temperature of water, T=20°C Diameter of tube A, DA=1 mm=1×10-3 m Maximum velocity through tube A,…

Q: 1. Water is flowing from the inlet to the exit. At the inlet the speed is 20m/s. Calculate (a) the…

A: Given,

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

A:

Q: A vertical Venturi meter, as shown in Figure Q3 below, carries a liquid of specific gravity 0.9 and…

A: specific gravity = 0.9 D1 = 250 mm and D2 = 175 mm  Q = 80 liters s-1 density = 1000 kg/m3 Cd = 0.96

Q: Water flows at 0.07 cubic meter per second through a pipe. A horizontal venturi meter with throat…

A:

Q: Probem: A liquid at 293 K flow at a the rate of 0.7 kg/s in a glass pipe having a diameter of 64 mm.…

A:

Q: 4. Water is fiowing through a 2.067-in ID pipe with a velocity of 1 m/s. Čalculate: (a) Mass…

A: Mass flow rate is the unit mass of a material or a matter flowing into the system per unit time.…

Q: 1. Water at 4.4°C with a density of 1000 kg/ m3 and a viscosity of 1.55 cP is to flow through a…

A:

Q: Water flows steadily from an open tank as represented in the diagram below. The elevation (from…

A: Area at point A = 0.048m2 Area at point B =0.0160 m2 elevation at point A =10m elevation at point B=…

Q: Air of density 1.25 kg/m3 enters a duct at a uniform velocity of 10 m/s across a 0.25 m? inlet at a…

A: Density of air, ρ = 1.25 kg/m3 Velocity of air is uniform at inlet, v1 = 10 m/s Inlet area, A1 =…

Q: A vertical tank 1.4 m in diameter and 2.4 m high contains water to a height of 1.8 m. Water flows…

A: Diameter,d = 1.4 m radius. r = 0.7 m tank height, h = 2.4 m water height, h1 = 1.8m Therefore, total…

Q: A liquid flows through a horizontal straight commercial steel pipe 30.48m long and a pipe roughness…

A: Given density=ρ=1200kg/m3 viscosity=μ=0.01kg/m.s Pipe roughnes=e =0.045 mm = 0.045 × 10-3 m Length…

Q: This factor is usually neglected on calculation for pressure drop. A Acceleration B Elevation…

A: Pressure Drop: Difference of total pressure between two point in a fluid flow network is called…

Q: At 50°F, dihydrogen monoxide flows in a half-full circular channel. If the channel has a diameter of…

A: Dihydrogen monoxide is basically water with a formula H2O. Hydraulic radius(Rh) is defined as the…

Q: Q3:A pitot tube is inserted in the pipe center of 40cm I.D. the static pressure head is 5cmHg…

A:

Q: In a triple tank system with different pressure and elevation from each other, water crosses in a…

A:

Q: Water is flowing inside the pipe shown in the sketch below. A Venturi meter equipped with a…

A: Given thatdp =12 cmdt = 6 cmh =4.5 cm

Q: Question 3 The average volumetric flow through an open rectangular duct can be estimated using the…

A:

Q: An oil film drains steadily down the side of a vertical wall, as shown on figure below. After an…

A: Oil film is steadily sliding down on a vertical wall and as it reaches down its thickness increases…

Q: g-0. flowing through nozzle ects the mer ube gage. Determine the value of h if the pressure at A is…

A: Given data: Specific gravity of Oil;SG=0.750PA=20 psi=137895 Pad=2.75 inches=0.069 m

Q: At a biorefinery which is producing ethanol, an open storage tank is being used to store the…

A:

Q: A hydrocarbon oil of specific gravity 1.15 flows through a schedule 40 carbon steel pipe at a rate…

A: Given, The specific gravity of oil, SG = 1.15 The mass flow rate of oil,  m˙ = 27 tonneshr×1000 kg1…

Q: A settling tank and related streams are shown in Figure 1, below. Dimensions in meters are given in…

A:

Q: The wastewater treatment process at a polymer plant consists of a longitudinal bio-remediation pond…

A:

Q: What is the velocity of 100,000 kg/hr of liquid flowing in 6 inches commercial pipe (inside diameter…

A: Mass flow rate  M = 100,000 kg/hrInside diameter of pipe D = 150 mm = 0.15mDensity of fluid = 1000…

Q: A pipeline connecting two reservoir having difference of level of 6 m is 720 m long, and rises to a…

A:

Q: Example (4-2): A pump is 2.2 m above the water level in the sump and has a pressure of (-20) cm of…

A: Vacuum pressure at the suction side of the pump = -20 cm of the mercuryDiameter of the suction pipe…

Q: In a steady flow system, the entry mass is 8.26 kg after doing work at standard atmospheric…

A: Answer: 8.26 Kg

Q: The water in an aboveground huge swimming pool is to be emptied by unplugging a 3-cm- diameter…

A:

Q: Laminar fluid flow in a wide rectangular slit is described by the velocity field equation shown…

A: Write the continuity equation as follows: dρdt+ρ∇·V→ = 0 For a fluid to be incompressible, rate of…

Q: The horizontal venturi meters are often used in process industry to measure the flow rates of…

A:

Q: Water at 30 °C and 1 atm is flowing at a rate of 0.5 m^3/s through a horizontal junction in a pipe.…

A:

Q: True or false: Osmotic pressure can be explained by the difference in fugacities

A: It is to be mentioned whether fugacity difference explains the osmotic pressure or not.

Q: A standard 0.4-in. flange-tap orifice is installed in a straight horizontal length of standard 2-in.…

A: Given that- Diameter of pipe, D1 =2.067 inch= 0.0525 m Diameter of orific, D2=0.4 inch= 0.01016 m…

Q: (a) Estimate the velocity and mass flow rate by B.E. (b) What is the force tending to tear the…

A:

Q: An oil film drains steadily down the side of a vertical wall, as shown on figure below. After an…

A: Vertical Velocity (w) is the function of Distance from Plate (x), Viscosity of Fluid (μ), Density of…

Q: In fully developed laminar flow in a circular pipe, the velocity at R/2 (midway between the wall…

A: Consider a fluid element with length dL Now take force balance as shown in figure

Q: Two large water tanks are connected by a 10-ft piece of 3-in pipe. The levels in the tanks are…

A: Given that tank specification 10 ft piece of 3 in pipe △P =30 lbfin2 d =3 in =0.0762 m