Q: Pressure is _ per unit area.
A: pressure(p)= force (F)/area(A)
Q: how do you calculate pressure
A: Pressure is defined as force per unit area. Here, force means component of force which is…
Q: The tank-pipe system shown in the following figure is to deliver at least 15 m/hr of water. The tank…
A: SOlution: given that Q = 15 m3/hr L = 4 m d = 3 cm = 0.03 m
Q: flow rate.
A:
Q: Define equivalent length for minor loss in pipe flow. How is it related to the minor loss…
A: The presence of various fittings, bends, valves, tees, inlets, exits, elbows, expansions and…
Q: The mass flow rate and the volume flow rate are always the same value in a closed pipe. What is the…
A: Mass flow rate = density x volume flow rate
Q: Hydraulic gradient h -h2 Figure 10.11 h, is the elevation of the water table in well #1, h, is the…
A: Given Data : The height of the well 1 is given as h1 = 506ft. The height of the well 2 is given as…
Q: Calculate the value of force Pressure=10 N/m2 Area=2 m2
A: Given, Pressure = 10 N/m2 Area = 2 m2 Force = Pressure × Area
Q: A hydraulic car lift uses a small piston with a cross-sectional area of 2.50 cm² and a large piston…
A: Given that, F1=?A1=2.5 cm2F2=12500 NA2=300 cm2
Q: Explain the principle of stress and follow that up with a diagram and a derivation. Give an example…
A: In this question we have to explain the principle of stress and follow that up with a diagram and a…
Q: Pressure Distribution in Rotating Flows 4.39 PQ Take a spoon and stir a cup of liquid. Report on the…
A: Finally, consider the shape of the free surface in which a cylindrical container, partly filled…
Q: For the conditions of the hure, what are the values of (alA and the volume flow rate
A:
Q: A permeameter is 50 cm long with a cross section area of 10 cm. A head difference of 1 meter is…
A: (a) Write the expression of the flow rate. Q=KiA0.06×10-360=k×10.05×10×10-4k= 5×10-4 Hence, the…
Q: Consider a flow meter shown above. The water is flowing through a constricted pipe where the area of…
A: Here given two conditions of water flow,one is constricted and another is normal.The area of…
Q: What is hydraulic diameter? How is it defined? What is it equal to for a circular pipe of diameter…
A:
Q: flow rate. The product of cross-sectional area and velocity A xv expresses the
A: Continuity equation: In fluid mechanics, the continuity equation describes that the rate at which…
Q: Define laminar flow and turbulent flow.
A: Laminar Flow: Laminar flow is a category of flow classified on the basis of different parameters…
Q: . Calculate overpressure for artery which has a puffed-up region (aneurysm) applyingBernoulli’s…
A: Let the radius of the normal artery be denoted as r1 and that of the puffed up artery as r2 The…
Q: Define internal, external, and open-channel flows.
A: External flow: It is a type of flow in which fluid flow over the surface of object unboundedly. EX:…
Q: Critical velocity refers to the velocity at which the laminar flow changes to O Viscosity O…
A: Critical velocity refers to velocity at which the laminar flow changes to turbulent flow.
Q: Determine the hydraulic radius Wetted area=18 m2 Wetted perimeter=15 m
A: Write the given values with the suitable variables. A=18 m2P=15 m here, A is the wetted area and P…
Q: Calculate power in fluid flow.
A: The expression for the power gained in fluid low is given as, P = mw………..(1) Here, m is the mass…
Q: Pressure by a Column of Sea Water Ea A column of sea water is 67 m high. What pressure is exerted by…
A: Given Data: Height of column 'h' = 67 m Density of water 'ρ' = 990 kg/m3 Pressure exerted by the sea…
Q: You drill a small hole of area 0.0013 m2 near ground level on the side of a 18.3 m high, very large…
A: Given : Area (A) = 0.0013 m2 Height (h) = 18.3 m
Q: Fill in the missing information in the table below for each specified load and for the total load…
A: Hey there, since your question has multiple calculations, we have solved the first three for you,…
Q: What is pressure? Describe about it.
A:
Q: The Venturi meter shown reduces the pipe meter from 0.1m to a minimum of 0.05m shown in Fig. 1…
A: Given:- The Venturi meter shown reduces the pipe diameter from d1= 0.1m to a minimum of d2= 0.05m…
Q: What is the mass density of water? What is the weight density of water?
A: The mass density of water is 997kg/m3.
Q: Describe about Fluid flow in detail.
A: About the fluid flow in detail.
Q: Consider two identical fans, one at sea level and the other on top of a high mountain, running at…
A: The volume flow rate is constant in both the cases as the size and speed of both the fans are the…
Q: What is relative density and how it is related to density? own word please answer thansks
A:
Q: What is tube of flow?
A: Consider the flow of a fluid having parallel layers. The flow of the fluid in the parallel layers…
Q: Water flows to a pipe network as shown in the figure below. D1= 0.15 m V1= 2 m/s; D2 = 0.25 m V2 =…
A:
Q: You drill a small hole of area 0.0129 m2 near ground level on the side of a 15.9 m high, very large…
A: Given data: Area of hole (a) = 0.0129 m2 Height (h) = 15.9 m
Q: Calculate the pressure at a depth of 50 m below the surface of sea. The density of sea water is 1024…
A: Pressure at depth of 50 m is 6.03 × 10^5 Pa
Q: Describe the principle and action of a hydraulic press giving a simple diagram.
A: Step 1A hydraulic press uses a hydraulic cylinder to produce a compressive force. Within a hydraulic…
Q: Calculate flow rate.
A: Flow rate can be defined as the volume of the fluid flowing through an area in each second.
Q: Find 2 examples of laminar flows and 2 examples of turbulent flows in your everyday life. Why are…
A: Examples of laminar flows and examples of turbulent flows in your everydaylife. Why are they laminar…
Q: Calculate the available water holding capacity (A.W.H.C)... With units as well
A: AWHC(Available water holding capacity) is the total amount of water that a soil can retain after…
Q: what is the volume flow rate through the unmarked pipe?
A:
Define flow rate.
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- The mass flow rate and the volume flow rate are always the same value in a closed pipe. What is the reasoning behind this? What would happen if they did not have the same value?In the figure below, what is the volume flow rate in the lower opening (Point 2) which has diameter of 3.0 cm? 5.0 m 0.38 m^3/min 0.42 m^3/min. 0.46 m^3/min. 0.54 m^3/min. 0.57 m^3/min.7. The 500 kg load on the hydraulic lift shown below is to be raised by pouring oil of mass density 780 kg m-3 into a thin tube. Determine how high h should be in order to begin to raise the weight. LOAD 500 kg 1.2 m 1 cm
- what is the volume flow rate through the unmarked pipe?Water flows in a horizontal pipe from wide to narrow portion. The wider portion atea is 8 cm square while the narrow portion area is 4 cm square. Water speed at the wide area is 10 cm/s. The volume flow of the water is a.) 20 cubic cm/s b.) 40 cubic cm/s c.) 160 cubic cm/s d.) 80 cubic cm/sA hydraulic jump occurs in a 4 m wide rectangular channel carrying a discharge of 5 cumec at a slope of 0.004, the depth of flow after the jump is 1.2 m. What is the depth of flow before the jump?
- .2. The friction factor in a laminar flow through pipe is 0.016. What is its Reynold number ?For a flow in a restricted pipe, which of the following statements are correct? b = 1 | а. Sov • dA = 0 Cs d b. bp dọ = 0 C. dt Cv d. All of thesetopic: fluids Water flowing at 1.0 ft/s in a pipe passes into a constriction where area is one-tenth the normal pipe area. What is the decrease in water pressure in the constriction? The weight density of water is 62.4 lbs/ft3. Include Figure/FBD.
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