The effective diameter of the cylinder is 400 mm. the maximum pressure of steam acting on the cylinder cover is 1.12 N/mm^2. Find the number and the size of studs required to fix the cover

Q: An inclined tube manometer has the area of the reservoir as 277 mm^2 and diameter of the inclined…

A: area of reservoir, A = 277 mm2 dia. of tube, d =3.64mm area of tube, a = 10.406 mm2 inclined tube…

Q: A 0.625" OD x 0.035" Wall x 0.561" ID Copper Round Tube is being used in a pressure system that is…

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Q: The lower part of A₁ is resting on the ground, while A2 is elevated at y = 0.39d1 where di is the…

A: Given data:- Y1=0 y2 =0.39 d1=0.39×0.9 m=0.351 m The diameter of the larger pipe d1=0.9 m. The…

Q: Q1/A dead weight tester is used to calibrate a pressure transducer by the use of known weights…

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Q: As shown in the figure below, oil is inside the hydraulic press with SG=0.82. What force F is…

A: GIVEN DATA- A HYDRAULIC PRESS GIVEN WE HAVE TO FIND FORCE F

Q: A cylindrical tank is constructed with hemispherical heads. The tank diameter is 1.32 m, the wall…

A: Givend=1.32mt=20mm=0.02mP=1.560kPa

Q: 1. If the pressure gage, A, in figure 1 reads 2.5kPa. Determine the elevation of the liquid levels…

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Q: The meniscus is shown in Figure 7, when p1 = p2. Calculate pressure difference, which will cause the…

A: Giventhe meniscus to rise∆h=50 mm

Q: Nitrogen of 0.0178 cP viscosity is injected at an inlet pressure of 120 psig with the outlet…

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Q: A metal piston is placed in the top of a cylinder containing a gas and a liquid, as shown in the…

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Q: A piece of rubber block is placed in an open rectangular box made out of metal as shown in the…

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Q: A thin spherical shell 1 m in diameter with its wall of 12mm thickness is filled with a fluid at…

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Q: If the specific weight of glycerin is 79.2 lb/ft3, what suction pressure is required to raise the…

A: Given Data  The specific weight of glycerin is 79.2 lb/ft3=0.04583 lb/in3 Diameter of the tube,…

Q: For the Pipe shown Q=4250 gallons per minute (gpm), P1=132 kPa and P2 = 211 kPa. If the pipe carries…

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Q: Answer fully

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Q: An oil drop with the diameter of 1mm, is in the contact with the air with the pressure of 80 KN/m2.

A: The given values are - d=1mm , Patm=80 kNm2The surface tension of oil-air is generally taken as-…

Q: A simply supported Polyvinyl Chloride (PVC) slurry pipe is completely filled with slurry (mixture of…

A: Given Data: D=30 mmt=2.5 mmσb=20 MPaρpvc=1.38 g/cm3ρs=1220 kg/m3   To Find: The maximum length of…

Q: the Reynolds number i

A: Reynolds number is the ratio of inertia force to viscous force and it is used identify the type of…

Q: A storage tank for concentrated nitric acid will be constructed from aluminum to resist corrosion.…

A: d = 6m H = 17 m hL = 16 m σ = 90 N/mm²     considerations : from the standard values, the density…

Q: If the average temperature of the water was 21.5 ºC, what pressure inside the graduated cylinder is…

A: According to the definition of vapor pressure it is the pressure exerted by the vapor on its liquid…

Q: A thin spherical shell 1 m in diameter with its wall of 12 mm thickness is filled with a fluid at…

A: Given data: The thickness of the fluid is t=12 mm The diameter is d=1 m The modulus of elasticity…

Q: How much work is done in forcing 50 ft3 of water through a 0.5-inch pipe if the difference in…

A: GivenQ=50ft3dameter of pipe d=0.5inpressure difference ∆P=15lbs/in2

Q: : Determine the pressure difference between the two points in figure below Oil (S=0.75) X- S =1 S,=1…

A: It is required to determine pressure difference between two points A and B

Q: Determine the pressure difference between point A and B. pv = 1000 kg / m3 , pk = 13600 kg / m3…

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Q: A spherical steel tank of 22 m diameter contains gas under a pressure of 300 kPa. The tank consists…

A: Given: d = 22 m P = 300 Kpa t = 25 mm

Q: Q15: In Figure below, calculate Fx and Fv per unit width of the cylinder to 1.5 m cylinder Water 35

A: solved

Q: 2. A tank is filled with sauce. The tank is closed and a pressure of 110 kPa is maintained over…

A: Given:Pressure maintained over the surface of the tank, P1=110 kPaHeight of the sauce at which the…

Q: Describe the length and the cross-sectional area of the tube have no effect on the height of the…

A: Barometer: It is a device used to get the reading of local atmospheric pressure. To calculate the…

Q: Determine the diameter of a droplet of water in mm if the pressure inside is to be greater than that…

A: Given data,  σ= 7.26 *10-2  P= 130 N/m²  Diameter of droplet is required

Q: Question 5. A 3 m long metal cylinder with an external diameter of 600 mm and a wall thickness of 10…

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Q: A closed cylindrical tank containing a pressurized fluid has an inside diameter of 820 mm and a wall…

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Q: main tempen ber he correct r

A: given:d=0.1insurface tension T=0.005lb/ft

Q: Design a cylindrical pressure vessel to carry compressed air for a self-contaihed breathing…

A: given; →inside diameter(di)=20cm=200mm→outside diameter(do)=?→service pressure(P)=4MPa→design…

Q: Given the internal radius of the pipe is 2cm, the external radius is 2.4 cm and the length of the…

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Q: Analyze the stress developed in thin-walled pressure vessels?

A: Thin-walled pressure vessels are the vessels whose thickness may be considered very small compared…

Q: Find out the pressure difference between pipes A and B if A contains water and B contains oil of…

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Q: h=5cm,d13D50cm,d2=15cm,d3340cm,r1=4! T=9 N.m, N1=6000 rpm, N2= 2000 rpm and temperature is 30 degree…

A: Given: The thickness, h = 5 cm The diameter, d1 = 50 cm The diameter, d2 = 15 cmThe diameter, d3 =…

Q: Compute the capillary rise in the tube of radius 1mm for a mercury air glass interface with 130…

A:

Properties of Fluids

The term fluid represents a type of substance that can easily change its shape under any external pressure/force and can flow. Fluids can acquire any shape in which it is stored and can resist normal stresses but cannot resist shear stress in rest condition. Whenever external shear stress is applied to fluids, it starts to flow. The fluids may be liquid or gas. Example- water, air, etc.