I, Give the FBD for OA and whole system. A В M

Q: me final value of y(t) wl

A: need to determine Value of y(t)

Q: the hydraulic cycle in figure consist of:7-

A:

Q: The pump is pumping 28.31 lps of water. What is the input power (kilowatt) to the pump if the…

A:

Q: eler of the br is 0.2m, the conduc

A:

Q: provethe relatioh Ship dP dt.

A: According to the question we have to prove: d P→dt=-∇→V→where P= densityV→= velocity V(x,y,z,t)…

Q: find Vg al p-160 KPa find hg al Vg - 1.1

A:

Q: Differentiate the following terms: a. Efficiency b. Capacity factor

A: Capacity factor is the fraction of the amount of actual energy generated in a given period, to that…

Q: a. The compressor power (kW). ɔ. The mass flow rate of the water (kg/s). c. The nozzle exit velocity…

A: We will use simple energy conservation

Q: The sprinkler system is used for watering the garden as given figure below. Working fluid enters the…

A:

Q: diverging nozzle. The air has tota Scm, M=0.8 and V =300 m/s. det (for air tal

A:

Q: the hydraulic cycle in figure -consist of:7

A: Solution - The hydraulic cycle in figure consist of 7

Q: 13-45 A garden hose with its nozzle closed has a tiny hole. A fine stream of water shoots from the…

A: GIVEN DATA- Rise of water 10m We have to calculate Pressure

Q: A 6° half-angle wedge creates the reflected shock system inFig. If Ma3 = 2.5, find (a) Ma1 and (b)…

A: First, go backward from region 3 to region 2 followed by 1.in In both cases the turning angle is θ…

Q: Caleulate the pressute difference letireen the two pipes A and B.

A: Given, The specific gravity of oil = 0.75

Q: Determine the mechanical efficiency of the engine. Its BP is 3 kw.

A: piston diameter (d) =150 mm=0.15 mL=300 mm=0.3 mBp=3 KWmean effective pressure (Pm)= 5 bar =500 KN/m…

Q: f the compression ratio is 17:1, the piston displacement volume for 10 cm³ piston clearance volume…

A: Cylinder volume = Stroke Volume + clearance volume  Compression ratio = Cylinder volume / Clearance…

Q: The reheat process is O decreases the turbine work increases the pump efficiency O decreases the…

A: Reheating Process:  In the Rankine cycle when superheated steam two times expanded in two turbines,…

Q: the hydraulic cycle in figure -consist of:6

A:

Q: eed at D (

A: given:m=5.7kgl=2.16mμ=0.18R=0.81m

Q: A two-blade wind turbine is exposed to 60 mile/h wind. Downstream of the propeller the wind speed is…

A:

Q: A1BO0 kg can speeds unfrom vestito246 m/s.in 16,0 s What is the output power of the cal?

A:

Q: all separated air in order t = transfer rate e added to air sfer coefficie is 255 W/m - is 57 W/m K

A:

Q: A pump is used to raise the pressure of water from 0 psig to 55 psia. How much power (in kW) will be…

A: GIVEN: A pump ; Pressure rise of water is 55 psia. 1.5 ft3/s of water or 2592 in3/s TO FIND: power…

Q: Derive the relations given below. OT b) as OP as c) の()-( P. T.

A:

Q: subcooled? Determine (b) the volume flow rate, and (c) the

A: Given: Refrigerant R22 Condenser temperature=42oC Evaporating temperature =0oC   To determine:…

Q: 10°C. If the pressure ratio is 5 and the maximum temperature is 800°C, determine (a) the horsepower…

A:

Q: nal velocities v1' and v2' afte

A: need to find velocities

Q: nally reversible expansion to x2 = 90%.

A:

Q: The sprinkler system is used for watering the garden as given figure below. Working fluid enters the…

A:

Q: Following is not the assumption of Bernoulli Energy Equation

A: option B is the correct answer

Q: Defermine the internal energy Water at 20psi and foo"F

A: At 20 psia pressure and temperature is 400°F Saturated temperature at 20 psia is 227.92°F

Q: TH S7°C QH H.E. Qu Te= 27°C Find efficiency of enyine

A: As given in question, Temperature of source = TH = 57 oC = 330 K Temperature of sink = TL = 27 oC =…

Q: TH = S7°C QH H.E. Qu TL= 27°( Find efficiency of enyine

A: Given, Temperature of source = TH = 57 oC = 330 K Temperature of sink = TL = 27 oC = 300 K…

Q: Q/ How was Hhe law obtained below: Wn-

A: Consider a body of mass m is attached to an ideal spring of force constant k. This mass is free to…

Q: 5W (KNM) (1/7) MZ

A: To draw SFD and BMD

Q: -ltage is 25V, Curre m/s then the net hea

A:

Q: 5. QNH at Mumbai is 1009. TL at Mumbai will be: A) - B) C) FL 45 FL 50 FL 55

A: Option c is correct.  FL 55

Q: Th4 Base is Snmly moved wilh The Veloci ky of 5 m/s Find The Velociy and Acceloratronof Head

A: Let the width be x ft length = (3x−70) ft Perimeter = 940 ft Also Perimeter of rectangle = 2(l+w)…

Q: An old diesel power plant provides power for NCR in 23 hours operation per day. The plant efficienc…

A: To determine the diameter of spherical tank to supply the power plant for 1 year.

Q: The sprinkler system is used for watering the garden as given figure below. Working fluid enters the…

A: Given, Total volumetric flow rate = Q = 9.26 liters/s = 9.26 x 10-3 m3/s Angle between outlet flow…

Q: Derive the relation ship for maximum power Eb=V/2

A: Motor- The motor is an electric machine energy conversion device that converts given mechanical…

Q: A washing machine is supplied with hot and cold water from two different supplies. Draw the bock the…

A: Block the diagram of a process control that controls the hot water  flow Q

Q: L W ind the face pi and pz to make this system in cptirio ?

A: as per our guidelines we are supposed to answer only one question. Kindly repost other questions as…

Q: 23 For ideal fluid Find the force equired to hold the blade in position if he weight 1kN and…

A:

Q: What would be the technical classifi cation of the followingturbomachines: (a) a household fan, (b)…

A: (a) a household fan = an axial flow fan         and               (c) an aircraft propeller = an…

Q: Assume velocity u/U= sin(ny/28) C

A: Obtaining the expression given in the question.

Q: What is the result of: | 4ai (2ai + 3j) | ...i and j are unit vectors.

A:

Q: delivers ne impe of water. Tne wiat outlet blade angle is 130°. Assuming that the water e nhe in 268

A: given:Q=0.01D2=0.1mB2=0.015mN=1450rpm blade angle 130

Entropy

In physics, entropy means the amount of disorder or the degree of randomness associated with a thermodynamic system. The system is not self-organized when the entropy of the system is high. For instance, when a system is at an elevated temperature, its molecules are in random motion, vibrating and colliding with each other. During this scenario, the probability of finding a molecule at a particular place twice, is low. Under this circumstance, the system can be said to be in a high entropy.