The oil flows through the vertical venturi tube as shown in the figure. The venturi inlet has a diameter of 20 cm, the isthmus of the venturi is 10 cm in diameter, the pressure at inlet P1 is 41.4 kPa(gage), and the pressure at the isthmus P2 is the same size as the body of water. The same oil which is 1.52 m. Find the flow rate of this oil. The density of the oil is 849 kg/

Q: 3.54 In the siphon of Fig. 3.60, h, =1 m, h, 3 m, D, = 3 m, D, 5 m, and the losses to section 2 are…

A: 3.54

Q: The device shown in the figure is known as a venturi. In this specific venturi, the differential…

A: Given: The differential pressure between locations 1 and 2 is, P1-P2=5 psi. The diameter ratio is,…

Q: the siphon shown in the  figure, calculate (a) The mass flow rate of oil from the tank and (b) The…

A: To determine the mass flow rate and pressure at point D.

Q: Water at 5°C is siphoned from a tank, as shown in the figure below. Depth of the lowermost parts of…

A:

Q: Calculate the discharge through the pipe line shown in figure. Also find the pressure at point A and…

A: The density of water is 1000 kg/m3. The atmospheric pressure is 101325 Pa.

Q: * Q5// In the fig. shown find discharge (Q). note that :Pwater = 1 kg/m3; Pmerciry = 13.6 kg/m3…

A: density of water is 1000 kg/m3 and not 1 kg/m3 similarly ,density of mercury is 13600 kg/m3 and not…

Q: Q5. A pipe of diameter 20 cm and length 2000 m connects two reservoirs, having difference of water…

A:

Q: Conside: the liquid flowing in the tank shown in the figure. The height (h) of the liquid is 3m.…

A: Given Data The height of the liquid is: h=3 m To Find The velocity at point 2 Use the Bernaulli's…

Q: H.W.: In the figure shown, the flow rate is 0.05 m'/s, determine: (a) pressure at A and B, (b) the…

A: a) AT POINT A AND AT POINT 1, PRESSURE WILL BE SAME BECAUSE THEY ARE AT SAME HEIGHT. Pa=P1=0…

Q: ) A large pipe with a cross-sectional area of 1 m' descends 5 m and narrows to 0.5 m2, where it…

A: To solve this problem, we have used bernoulli's equation and equation of continuity, speed of the…

Q: Find the pressure head at entry of the pipe, when the pressure of flowing fluid is 275 N/cm? The…

A: Given, P2=275N/cm2 To calculate:- Pressure head at the entry of the pipe. Now by using Bernoulli…

Q: A 30 cm x 15 cm venturimeter is inserted in a vertical pipe carrying water, flowing in the upward…

A: As per given question A 30 cm x 15 cm venturimeter is inserted in a vertical pipe carrying water,…

Q: Find the pressure head at entry of the pipe, when the pressure of flowing water is 125 N/cm? The…

A: It is required to determine pressure head at entry of pipe in Pa

Q: A 30 cm x 15 cm venturimeter is inserted in a vertical pipe carrying water, flowing in the upward…

A: Venturimeter is a device based upon Bernoulli's equation, and is used to measure the rate of flow…

Q: Q2/the water is flowing through a taper pipe of length 100 m having diameters 600mm at the upper end…

A:

Q: er the water siphon shown, if the tube is 1 cm in diameter and z1 = 60 cm, z2 = -25 cm, z3 = 90 cm…

A: Given:d=1 cmz1=60 cmz2=-25 cmz3=90 cmz4=35 cm

Q: If the water level in the tank in the figure remains constant, determine the velocity in Section 2.…

A:

Q: Water flows through a small opening located at depth h in a large reservoir. Find water velocity in…

A: Apply the Bernoulli's equation between point 1 and point 2 is as follows:…

Q: In the figure shown below the water comes out of a tank and runs through pipe 1 (D1=10cm) that…

A: The flow velocity in pipe 1 is 7.5 m/s.

Q: A vessel is being filled with water through an inlet at section 1 having a diameter of 40 mm and a…

A: The dynamics of fluid flow is the study of fluid motion with the forces causing flow. The dynamic…

Q: a! Water flowing through a tapering pipe having diameters of 300mm and 150mm at section one and two…

A: Calculate the velocity at section 1. v1=QA1 Here, Q is the discharge, v1 is the velocity at section…

Q: Water flows through the pipe at the rate of 30L/s. The absolute pressure at point A is 200 KPa, and…

A: Given data The rate of water flow is Q=30 Ls=0.03 m3s The absolute pressure at point A is PA=200 kPa…

Q: Find the pressure head at entry of the pipe, when the pressure of flowing fluid is 125 N/cm2 The…

A:

Q: H.W.: In the figure shown, the flow rate is 0.05 m/s, determine: (a) pressure at A and B, (b) the…

A:

Q: Water flows through the pipe at the rate of 30 L/s. The absolute pressure at point A is 200 KPa, and…

A: Given data: The flow rate, Q̇ = 30 L/s. The pressure at point A, P1 = 200 KPa. The diameter at…

Q: The tube has a diameter of 0.4m, suddenly expanding to a diameter of 0.8m, and the flow rate is 0.4…

A:

Q: The water circulates throughout the building in a hot water heating system. If the water is pumped…

A: Given that,

Q: Q2: The specific gravity of the manometer fluid shown in the figure is 1.07. Determine the volume…

A:

Q: Water flows in a D = 36 mm diameter pipe as shown in the figure. Since Q = 60 m3 / h, and the…

A: As per given question we have calculate the resultant force on the elbow and the angle it makes with…

Q: Given : The flow rate is 0.0015 m/s. • The density of water is 890 kg/m3. .The head loss due to…

A: Given:Q=0.0015m3/sρ=890kg/m3hL=6mP2=0V2=0d=30 mm

Q: The water in the pipe given in the Figure Flows uniformly in sections I and 2. 1. Pipe diameter in…

A: Density of a fluid is defined as the mass of the fluid per unit volume. Volume flow rate of fluid…

Q: A pump delivers 25 L/s of water with a head of 35 m and runs at a speed of 2950 rpm for 8 hours per…

A: Given Data Shaft power=11.5 kW Efficiency of motor=84% Cost of electricity=15 cents per kWh

Q: 2. An orifice at the side of the tank is located 1 meter above the bottom of the tank which is…

A:

Q: Problem 3: Water issues from a hole in a large tank, as shown in the attached figure.Assuming…

A: Given data,Height h1= 3 mHeight h2= 5 m

Q: Q2. The turbine shown in figure 2 develops 3000 kW when the water flowrate is 24 m /s. The head loss…

A:

Q: Water is pumped at a rate of 21.4 m/s from tank (A) and out through a 300.5 m pipe to tank (B). The…

A: Given details: Q= 21.4 m3 L= 300.5 m H= 70 m f= 0.02 Note: Inbuilt math type is not proper work so…

Q: horizontal pipe of diameter 550 mm is suddenly contracted to a diameter of 300 mm.  The pressure…

A:

Q: A 30 cm x 15 cm venturimeter is inserted in a vertical pipe carrying water, flowing in the upward…

A: The venturimeter is a device based upon Bernoulli's equation, and is used to measure the rate of…

Q: It is required to pump water at 100 gal/min from a large reservoir to the surface of another…

A: Water flow rate, Q=100 gal/min=100448.83ft3/s=0.2228 ft3/sElevation difference between the two…

Q: The figure below shows a gasoline storage tank with cross-sectional area Asub1, filled to a depth h.…

A:

Q: The water jet exiting from a stationary tank through a circular opening of diameter 300 mm impinges…

A: The velocity of water jet can be determined as,

Q: 3. a) For the following system, determine the flow rate in m3/s. b) Determine the relative density…

A: Given data: ◆ The difference in manometric fluid level: hmanometric  = 0.5 m ◆ The diameter of pipe…

Q: Find the pressure head at entry of the pipe, when the pressure of flowing fluid is 175 N/cm2 The…

A:

Q: 3-Water flows through D=15 cm, At a velocity of V=2.5m/s. Find A-Volume flow rate. B-Mass flow rate.…

A:

Q: The machine C shown in Fig. (3) Is it turbine or pump? What is the water power (kilowatt) associated…

A:

Q: H.W.: In the figure shown, the flow rate is 0.05 m/s, determine: (a) pressure at A and B, (b) the…

A:

Q: Let the pressure gradient in the pipe be 1500 Pa/m and the diameter of the pipe be 4.0 mm

A: Given   Pressure gradient = 1500 Pa/m            Diameter, d = 4 mm               Radius, R = 2 mm…

Q: A syringe is used to deliver vaccine against an infectious disease. This particular syringe is not…

A: Given Data: The area of the plunger is, A=400 mm2=400 mm2×cm10 mm2=4 cm2. The flow rate of the…

Fluid Dynamics

The study of the flow of gases and liquids, usually in and around solid surfaces, is known as fluid dynamics in physics and engineering. Fluid dynamics, for example, can be used to evaluate the movement of air through an airplane wing or the surface of a vehicle. It can also be used in ship design to increase the speed at which ships pass through water.