What point is I34 ?

Q: Two steel pipes are used to support a 50KN load, as shown below. The pipes are connected to the wall...

A: Draw the FBD and find supports reactions

Q: Determine the time required for the flow in the pipe system shown below to reach 80% of the maximum ...

A: a = area of valve A = area of tank velocity of fluid when fluid reached at height "h" = 2gh initial ...

Q: The Rankine cycle with one closed feedwater heater (CFWH). Superheated water vapor enters the turbin...

A:

Q: A steel rod, which is free to move, has a length of 200 mm and diameter of 20 mm at a temperature of...

A:

Q: 2. A medium size power station is used to produce 30 MW net power for a refinery. The station uses s...

A: Disclaimer: Since you have posted a question with multiple subparts, we will solve the first three s...

Q: r half and is acted on by the upp its strength, it will break. The tw of the tensions in BD and CD, ...

A: solution of above problem is below:  

Q: The proportion of people who respond to a certain mail-order solicitation is a continuous random var...

A: Write the variation of density of function. fx=2x+250<x<10elsewhere

Q: Using the method of joints, determine the force er of the truss shown. State whether each member r c...

A:

Q: 5.7. For the "standard atmosphere" shown in Fig. 5.5, perform the following calculations (a) Derive ...

A: Consider P be the pressure at any instant. h be the change in height or denotes height at any instan...

Q: Calculate the force obtained in the larger piston of a hydraulic press if 15 N are applied to the sm...

A: GivenF=15N act at smaller endRadius of bigger end R=4×radius of smaller end r

Q: 2. Determine the force in each member of the truss shown. B 12' 9 E 9'- -9'- -9'- 300 lb 300 lb 900 ...

A:     From equilibrium conditions  

Q: For a weighing machine, the allowable load of 3000 N is loaded on a helical spring which it resulted...

A: Given:- F=3000N, y=60mm, Fs=2, c=4 τy=0.69 gpa and G=79.34 gpa Solution:- Step-1:- c=Ddwhere c-sprin...

Q: rad). Determine the wire diameter and the number of active

A: Given: D=18 mm Fos=2 Mb=250 Nmm k=3 Nmm/rad σyt=0.6σut To determine: Diameter of the wire no of acti...

Q: Find vertical and horizontal reaction solid mechanics solve ??

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Q: Find expressions for shear force V andmoment M at x = x0 of beam AB in terms of peakload intensity q...

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Q: Steam generators are a type of heat exchanges that are used in power plants to generate steam at des...

A: Answer: (i) The steam flow rate is 11.9522 kg/sec and the inlet velocity of the steam is 4.2441 m/se...

Q: 3. For the system shown take the output to be the displacement x1. Find the response of the system t...

A: Given : To find : Response of the system

Q: A 222 mm-diameter bolt having a diameter at the root of the threads of 18.6 mm is used to fasten two...

A:

Q: Diagram of the problem, necessary formulas, clearance and numerical solution A sphere of radius 50 ...

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Q: 6.21-6.38 For the beam shown, derive the expressions for V and M, and draw the shear force and bendi...

A:

Q: 1. Complete the following table. Show the states on the T-v diagram Internal Energy. Enthalpy, u, kj...

A:

Q: Best size wise

A: Given: Metric thread is defined generally in diameter, length and pitch,Data is given:  Pitch,P=3mmT...

Q: Find the *value of P (Newtons) such that the moment at A of all the forces shown is 500 N-mm counter...

A: Note that there is an ambiguity in the question, for getting the correct answer , net moment about A...

Q: 4.27 A reaction turbine produces 5600 hp while operating at 260 rpm and a head of 60 ft. It is propo...

A: CAVITATION: Cavitation is the arrangement and imploding of pits or air pockets in a fluid generally ...

Q: A tube with 45 meters long, and a diameter of 1.8 meters and 2.3 meters, inlet and outlet respective...

A: GIVEN: The length of the tube = 45 m Diameter :            -Inlet = 1.8 m             -Outlet = 2.3 ...

Q: Three kg of steam has an initial enthalpy of 7200kJ at0.145 Mpa. Isentropic compression gives a fina...

A: Given data as per question Enthalpy=7200 kjMass of steam =3 kgspecific enthalpy=72003=2400 kjkgPress...

Q: If you are given the K and n values of two different materials, respectively. Is this information su...

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Q: The continuous frame ABC has a fixedsupport at A, a roller support at C, and a rigidcorner connectio...

A: Given Structure under loading To find Frame reaction Maximum moment

Q: A mechanism has 5 links, its mobility is equal to?

A:

Q: The space truss supports a force F = {600 i + 450j-750 k} lb. (Figure 1) %3D

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Q: nsing pressure of refigerating sysre 1400 kPa and an evaporating temperature of -20°C. The refrigera...

A: Given: An Ammonia refrigerating system,evaporation temperature ,T1=-20o Cdegree of superheat at exit...

Q: medium size power station is used to produce 30 MW net power for a refinery. The station uses steam ...

A: Ffdd

Q: A uniform cylinder is supported by a rigid bar AB ang cable BC as shown in the figure. If the stress...

A: Givenallowable stress in the cable σa=7.25ksi=7250 psidiameter of the cable, d=0.50in

Q: A binary vapor power cycle consists of two ideal Rankine cycles with steam and Refrigerant 134a as t...

A: As per the guideline, I can solve only first three subparts and for rest part, repost in a separate ...

Q: Problem 2: A 4 by 4 – in. w0od – post BC is connected to a 1 – in. diameter steel eye – bar AB to fo...

A: FAy=513FA ∑Mc=0 7000*5=FA*513*7 FA=13000 lbs      (T) σAB=FAA=13000*4π*12=16552.1 psi ∑Fy=0 FC12=130...

Q: Steam generators are a type of heat exchanges that are used in power plants to generate steam at des...

A: The exit velocity of the steam is 126.52 m/s.

Q: Consider a simple ideal Rankine cycle that operates between the pressure limits of 6 Mpa and 20 kPa....

A: Given:High pressure, P1=P4=6 MPaLow pressure, P2=P3=20 kPaTemperature of steam entering in turbine, ...

Q: e dynamic and kinematic viscosities of wate

A: Given:Temperature of water, T=327 K

Q: A composite wall is made up of external thickness of brick 110mm thick inside which is a layer of fi...

A: The thermal resistance of a plane wall can be calculated using the formula given below as- R=LkA whe...

Q: R=2h h

A:

Q: 1. Where necessary, assume air as an ideal gas and consider R = 287 J/(keK), Cp = 1005 J/(keK). QY= ...

A: Given dataMass flow rate = m˙ = 50 kg/sPressure at inlet = Pi = 500 kPa Temperature at inlet = Ti = ...

Q: 76. All surfaces of an infinitely long heating element, having a cross section in the shape of a cro...

A: Fins are the projection protruding from a hot surface into ambient air and they are meant for increa...

Q: 52 8. The rigid bar ABC is supported by a pin at A and a steel rod at B. Determine e lergest vertica...

A: Givenlimited stress in rod σlim=35ksi=35×103 psilimited vertical movement of point C, ∆xC=0.12in=0.1...

Q: Locate where are the part in the roller coaster design having high and low kinetic and potential ene...

A: In this problem, it is asking where the high and low kinetic energy and potential energy will occur.

Q: Imagine we are viewing the pipe from an Eulerian perspective. The pipe is heated with a Bunsen burne...

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Q: Where necessary, assume air as an ideal gas and consider R = 287J/(kg.K), Cp = 1005 J/(kg.K), Cv = 7...

A:

Q: Verify the design of the San Francisquito power plant, which has the following specifications: P=32,...

A: Given: water power→p=32200 hp=32200×3300060=1771×104 ft poundsec head of the plant→H=800ft so discha...

Q: The inlet and outlet velocity triangles of a particular stage of a turbomachine are given. Answer th...

A: The given velocity triangle is To determine:- a) Degree of reaction b) Change in stagnation enthalp...

Q: Consider a steam power plant that operates on the ideal reheat Rankine cycle. Steam enters the high-...

A: Ideal reheat Rankine cycle is given as:

Q: Deturmine M- sy B- IN S = Im * (E). L2 - am • &N. filt) O (t) e0.1t 19 cos t+) -t+ ) 8/15 ¤ (t) : VI...

A: Deriving Equation of motion using Newton's 2nd law.

Crystalline Imperfections

The crystalline imperfections are described as the geometrical defects in the crystal due to incorrect arrangement of atoms, impurity, vacancy, and many more. It is not possible to achieve a perfect or ideal crystal, practically.