Using the situation below, how would I determine the net resultant force exerted on the reducer by the water? In this situation, water is flowing horizontally in a pipe that has a diameter of 25cm. This water is flowing at 8 m/s and at 300 kPa gage it enters a 90 degree bend reducing section. This bend reducing section is connected to a vertical pipe that has a diamater of 15cm. Moreover, the inlet of the bend is 45 cm above the exit. Here, fricition and gravity are negligible and the momentum flux correction factor is 1.04.

Q: Q3/ The horizontal pump in Fig. below discharges 20°C water at 57 m3/h. Neglecting losses, what…

A: Given data as per the question Water flow rate =57 m3/h D1= 9 cm D2 = 3 cm P1= 120 KPA P2 = 400 KPA

Q: wo chambers, Chamber 1 and Chamber 2 where the pressure at chamber 1 p1=70 kPa, at chamber 2 the…

A: Given:P1=70 KPaP2=5 KPad=6 cm =0.06 mCc=1Cv=0.95h=1.8 ms=2.5

Q: A radial flow pump whose 100-mmmm-diameter impeller rotates at 120 rad/srad/s discharges water at…

A:

Q: Water is flowing steadily through a closed pipe system of constant diameter. Station 2 is 1 m higher…

A: Given data: The height of station 2 is, z2 = 1 m. The velocity at station 1 is, v1 = 3 m/s. The…

Q: A fluid moves in a steady flow manner between two sections in a flow line. At the entrance section…

A:

Q: The system in Fig.  consists of 1200 m of 5 cm castiron pipe, two 45° and four 90° flanged…

A: For water at 20 degree-Celcius, take

Q: A cylindrical tank 0.9 m in radius rests atop a platform 6 m high. Initially the tank is filled with…

A: The initial speed of the stream is u=2gh=2×9.81×3=7.67 m/s From the conservation of energy…

Q: A pump receives water from a tank. If the pump needs 24 n of NPSHA, how high  must the water level…

A: Let H be the height of the water level above the pump centreline.

Q: A fluid moves in a steady flow manner between two sections in a flow line. At the entrance section:…

A: Given, Area of section-1 = A1 = 1 m2 Velocity at section-1 = V1 = 0.5 m/s Density at section-1 = ρ1…

Q: Q2/ A pump delivers water from a tank A (water surface elevation = 110 m) to tank B (water surface…

A: Data given-

Q: Water flows steadily through a splitter as shown in the figure with volume flow rate of Q,= 0.08 m/s…

A:

Q: eter is A petroleum product is pumped at a rate of 2.32 x 10'm/s from a reservoir under atniospheric…

A: Given: The flow rate, Q = 2.32 x 10-3 m^3/s The height to be pumped, hd = 177 cm = 1.77 m The pump…

Q: A 34.5 ft diameter by 48.3 ft height vertical tank is receiving water (p= 62.4 lb/ft ³) at a rate of…

A:

Q: A 70 cm diameter centrifugal pump which is dynamically similar to the tested pump tabulated above,…

A:

Q: Water is flowing horizontally in a pipe that has a diameter of 25cm. The water is flowing at 8 m/s.…

A:

Q: When a jet of water gushing from a short pipe with a diameter of D= 5 cm, located at a depth of h=…

A: The impulse-momentum equation can be used to calculate the reaction of the jet on the inclined…

Q: A jet of water 10 cm diameter strikes on a flat plate with a velocity of 18 m/s. The plate is moving…

A: We know that a jet of water with a diameter of 10 cm hits a flat plate at a speed of 18 m/s. We need…

Q: Water of density ? =998.2kg/m3 flows through a fireman’s nozzle—a converging section of pipe that…

A: Given data: Density of water, ρ = 998.2 kg/m3 Inlet diameter, d1 = 0.1 m Outlet diameter, d2 = 0.05…

Q: From a reservoir A, whose free surface is at an elevation of 25m, water flows into another reservoi…

A:

Q: 3- What is the head loss in the venturi (between O 0.10 m O 0.16 m O 0.12 m O 0.14 m O 0.18 m O None…

A: GivenQ=6×10-3 m3/sD=3cmd=2.5cmL1=65cmL3=53cmρ=1000kg/m3g=9.81m/s2μ=0.001Ns/m2

Q: projectile-like object with maximum diameter of 20 cm is placed at the exit of a 25-cm-diameter…

A:

Q: A circular cone-shaped container is filled with water at a level h0. At time t=0 a faucet is turned…

A:

Q: In a centrifugal blower (Figure Q1) air enters in to the blower normal to the blades (a1 = 0°), and…

A:

Q: In a liquor-bottling plant erected at a site 1 km above sea level (Patm=0.898 bar and temperature…

A: according to given question

Q: An oil of S.G of 0.8 is flowing in a stream tube as shown in

A:

Q: Water is pumped at the rate of 20 m3/s from the reservoir located at elevation 100 m and out through…

A: Water flow rate, Q=20 m3/sElevation of lower reservoir, z1=100 mSuction pipe diameter, ds=1.5…

Q: A fluid with density 1 kg/m' is moving through a pipe with same cross-sectional area at a velocity…

A: Given data as per question Density of fluid =1kg/m3 velocity at 1 = 1.2 m/s Velocity at point 2 =1.5…

Q: (d) Water of density 998 kg/m is moving with a speed of 6 m/s through pipe with cross-sectional area…

A: Every real fluid existing in nature must satisfy the equation of continuity. The equation says that…

Q: A cylindrical tank 0.9 m in radius rests atop a platform 6 m high. Initially the tank is filled with…

A: Given data: The radius of the tank is, r=0.9 m. The height of the platform is, h=6 m. The water…

Q: As seen in the figure above, the water is directed downward in the installation with a 25 ° angle…

A: (a) Write the formula for discharge to calculate the velocity at section 1 in the given figure.…

Q: An incompressible fluid (density 1000kg/m3) is flowing through a pipe with a constriction. The pipe…

A:

Q: - Q3) Water at 4°C enters a tank of diameter D₁ = 50 cm at a constant mass flow rate of min= 1kg/s.…

A:

Q: A vertical pipe of 1 m diameter and 20 m length has a  pressure head of 5 m of oil at the upper end.…

A:

Q: A pipeline with a pump leads to a nozzle as shown below. Find (a) flow rate and (b) pump horsepower,…

A: Given data: A pipeline with pump Head added by the pump, HP = 80 ft. hf=5V22g (6 inch pipe)…

Q: (b) A reducing elbow is used to deflect water flow at a rate of 30kg/s in a horizontal pipe upward…

A:

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.