If Pb – Pa = 97400 Pa, Calcualte H.

Q: In the following conditions; determine its properties: a. P=2.0 MPa, x=90% b. T=2000C and x=80%

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Q: Determine the phase of water at T = 260 degree Celsius, P = 5 MPa b. T= -2 degree Celsius, P = 100…

A: To determine:  Phase of water at T = 260 degree Celsius , P = 5 MPa                          Phase…

Q: V1 = 178 m-s1, T, = 27 °C, p, = 296 kPa, (Design condition), A. = 0.016 m², på = 110 kPa, %3D…

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Q: VThe reaction at A is * the reaction Bx is:

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Q: . Determine the Saturation Temperature and Saturation Pressure of the following

A: Determine the saturation temperature and saturation pressure.

Q: find magmme and the pas ticle is in equilibrium" 18KN 14 30 6o SKN 4KN

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Q: - system compris y 4 kJ/kg K and te

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Q: The piston shown in the figure is held in equilibrium by 210 kPa pressure of gas at flowing at III.…

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Q: The resultant of the reactions at D is nearest to: O 300N O 1595N O 880N O NONE OF THE GIVEN CHOICES…

A: It is required to determine the resultant of the reactions at the point D.

Q: Draw pressure distribution diagrams on the plane. (А > В-> С- D) \Po A B R D

A: To draw: A pressure distribution diagram on the plane. Sketch: Hydrostatic pressure distribution on…

Q: 0.9 Ma in 1. 005 KJ/F CPP bar P= 4 Find

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Q: A tall open-topped standpipe has an inside diameter of 2820 mm and a wall thickness of 7.1 mm. The…

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Q: increase the temperature by 70F at.

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Q: 4. Derive the MEPDiesel in terms of e, P1, rk, re, & k.

A: P-V diagram of Diesel Engine

Q: F143 Determine the equivalent state of stres on an clement at the same point that represents the…

A: Given data     To determine the equivalent state of stress of the element At the same point…

Q: Determine the polytrophic index of compression ‘n’.

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Q: What is the formula of Hooke's Law?

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Q: Answer the second problem Only

A: To draw SFD and BMD

Q: = T ле T ƏT² V

A: According to the details provided in the question, we need to DERIVE GIVEN FORMULA

Q: res 800 K anc

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Q: Complete the following table for H2O:

A: Using property table and P-h chart of the water, the required properties are tabulated below.

Q: What does the Hooke’s law involve?

A: The Hook’s law involves the relationship between the strain due to external load and the stress…

Q: H.W. 1 Find the relasion ship between CA,D, Lsh,, V;Q PB Solu, A=L-DこL

A: For solution refer below images.

Q: Determine (a) the cross-section at I, II & III in m2(10 pts.)  (b) the weight and mass of the piston…

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Q: A tall open-topped standpipe has an inside diameter of 2870 mm and a wall thickness of 7.8 mm. The…

A: Calculated height h of water will produce circumferential stress of 13.8 Mpa. And calculated axial…

Q: 4.11 Show that the hydrostatic equilibrium equation may be written d In Pgtd log P dInt kP dlog t

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Q: -2- 6.1Dtanl Hhe mechanical raud the cireuit for the rofationale szotern . b1 Find the drono for…

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Q: 50 / 100 Ib/n Determine the reaction for the following systems:

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Q: The water in the vessel consisting of liquid and vapor in equilibrium at 8.547 Mpa. It has found out…

A: Given DataP=8.5MPaU=2138.545kJ/kg

Q: The composite piston P is held in equilibrium by the pressure of the gas pC flowing in the pipe. If…

A: Given that ,  PA=700kPaPB=150kPam=20kg

Q: Assume that T0 = 1800 K is the temperature of fluid iron(which is roughly its melting point). From…

A: Given data: Initial temperature, To=1800KAmbient temperature, Ts=300KFinal temperature, T20…

Q: P14-2. Given the state of stres shown an the clement, Iind m and re and show the results on a…

A: Understand that the given normal stresses are acting on the planes on which the shear stresses are…

Q: Assume that T0 = 1800 K is the temperature of fluid iron (which is roughly its melting point). From…

A: Transient or unsteady state conduction heat transfer In Heat Transfer under steady conditions, the…

Q: Determine the heat required to boil the water at 25°C if hf=1000, and specific heat of water is 4.

A: Given Data The specific heat of the water is: hf=1000 cal/kg°C The mass of the water is: m=4 kg The…

Q: Blooka Aena Bweign 30 leana 50 le, reapestively µ = 0,5 B 120 HBA = 0.6 A D Hac = 0.4 Fene weigt of…

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Q: Question 10 + x¡(t) k3 m2 Using the Figure above, Take k=3, k2-3, kg-4 and my=1, mg1, mgu1 The…

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Q: Pressure = 450.50 kPa at depth of 30-m; determine the unit weight in kN/m³ O 16.16 O 15.01 O 294.3 O…

A: To find :  The unit weight. Given :  The pressure is P=450.50 kPa. The depth is h=30 m. Formula…

Q: This is the first part of a three-part question. Water at the inlet to the pump has pressure of 100…

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Q: 2. P=2000N,q=1000N/m Determine the reactions at A and D В рoint 2 m 1m

A: Given Data: The force P = 2000 N. The maximum intensity of triangular load is q =1000 N/m.…

Q: ) If water with a mass m, at temperature Th is poured into an aluminum cup of mass mẠi containing…

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Q: H.W.: As shown in figure below, determine the pressure at point A.

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Q: Example 300 N 100 N 3

A: "Since you have asked multiple questions, we will solve the first question for you. If you want any…

Q: Derive Clausius-Clapeyron equation

A: Given that Derive Clausius-Clapeyron equation

Q: Which gives the general solution to dy 4y, y(0) = 3 dt

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Q: 90 N/m and wị 50 N eam shown below, let wo Wo W1 A

A: given: w0=90N/mw1=50N/m

Q: proximated by 2n(t- tnoon) At F = Fmaxcos-

A: To given thatF=Fmaxcos2π(t-tnoon)∆t                      ......(1)where,   Fmax=300Wm-2…

Q: 2k, Show that the critical radius of a sphere is r. h ins.

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Q: V1 = 176 m-s1,T, = 25 °C, p, = 298 kPa, (Design condition), Ae = 0.014 m?, pb = 110 kPa, determine…

A: Given that, Ae=0.014 m2Pb=110 kPa,P1=298 kPa,T1=25 °C,v1=176 m/sec,   Calculate the velocity of…

Q: Consider a tank containing gaseous Helium. It is perfectly insulated and rigid. There is a paddle…

A: Givenp1=43.5 psiamass of initial gas m=1.3 lbmtemperature T1=68.1+460=528.1 RAssuming constant…