lg. waer, 20kg/s K 20°C V satunetad ba. 70°C overall HT. coeFF- i) 200o Wnek H.T. rete in Hhe HX 2300 kW

Q: 3-5 MPA 400 3MPA 500 E Heatir Waut = 6:5 MW. insulatd Turbine Turbine Steam 4 MPa 550 'c X= 96 %…

A:

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

A: Free body diagram of the member OA is ROH and ROV are the horizontal and vertical reaction forces…

Q: 3. What is the mass of a 4 m oxygen gas

A: Pressure, P= 700kPa Temperature, T= 220C= 295 K  Volume= 4m3  R= 0.26 kJ/Kg-K

Q: An air compressor is to compress 510m /hr from 100kpa to 10bar, for an ideal compres n=1.3, what…

A:

Q: Give example of a problem solved using reheat rankine cycle method and compare to rankine cycle…

A: The calculation process is given below:

Q: what would be the net work in the turbine in kJ/kg is:

A:

Q: Ata certain Roint in a turbine, the eleam blade 50% reaction. leaving a moving 1os frah a Oo 90 dry!…

A: Turbines are power producing devices, which converts hydraulic energy into mechanical energy. On the…

Q: with heat source (9 AX .AY) eneryy balancee

A: When constructing a heat exchanger, an energy balance calculation is frequently used to calculate…

Q: Steam is used in an ideal combined reheat and regenerative system as shown in figure A (turbine and…

A:

Q: 3. An ideal reheat regenerative unit receives 18 Mpa of steam at 780°C. Reheat occurs at the first…

A: Now calculate enthalpies at all states through steam tableAt stage 1 P=18Mpa…

Q: Water at 2.0 ke/s enters the boiler at 40 Cand 2000 kPa and exits the boiler at 2000 kPa The heat…

A:

Q: Saturation: Pressures Specifie Volume Sa Internal Energy Sal Ligule Entropy Set. Ligurd Enthalpy Pr…

A:

Q: 0-5G & 0. 1P 4ield strey. is bound 84pmpa ę Aoisson's rat The Piincpal Strey 68 mochine Component…

A:

Q: Water vapor at 20000kg /hour  flows into a steam boiler with a specific volume of 225 kPa 0.7565 m ^…

A: Write the given information.

Q: find Q ? and Pressure

A:

Q: 3. Steam entera a turtsine with a and specific enthalpy (e990 KT/ng).The steam leaves t. turbine…

A:

Q: Pb=15 mPa AK9 Prel.2mpa 1-m Pc-lo KPa K Pa 0x from table 8=15mpag T=600 Pump OFWH ond h2=3582-39…

A: In a power cycle the net amount of work done is always equal to the net amount of heat transfer. The…

Q: turbo generator has a combined steam rate of 5.35 kg/kwh at its rated output at 20 MW. The steam is…

A: INTRODUCTION: We will compute the combined heat rate supplied to the turbo generator and the turbo…

Q: Determine the TDH at 4500 m3/hr on the below pump curve using the minimum diameter. 1180 A.P.M. 140…

A: Given: To determine: TDH at 4500 m3/hr Efficiency NPSHR

Q: purpose of wind power system (whole) ?

A: Given Wind power system To find Purpose

Q: ESuperheuted steam at 350 and 20 bar enters the turbine of steam power plant and expands to a…

A:

Q: A refrigeration system is designed to cool 10,000 lb per hour of water from 60 deg F to 40 deg F .…

A: Given DataT1=60F=15.55°CT2=40F=4.44°CCP=4.18m˙=10000 lb/hr=1.26kg/s

Q: V Air is comqressed palytiapically from 101 a 4 23 s and delivered tank at and in /kg HEAT REMOUED…

A:

Q: H.W: A 700-N marine in basic training climbs a 10-m vertical rope at uniform speed in 8 s. What is…

A: Work is a scalar quantity. It is the product of force and displacement along the force. Unit of work…

Q: • . isentoopie efficiency of the turbine = 861. isentropic"," of pump = 91% • If Dolynesi traction…

A: To findDetermine the thermal efficiency of the plant.GivenIsentropic efficiency of the turbine =…

Q: 4. Desigen o fend ele hvet ornge drice uhing Sand as the Storay midium. Maxiomun heat ef A trege cop…

A: (1) Write the maximum heat storage capacity. Qmax=1 MJ=1×106 J

Q: 2) a) Prove usug the KP statement of the 2ué which tates in heaf from a cold veservon aud not…

A: Given: Prove using kelvin Planck's statement of the 2nd law that an engine which takes in heat from…

Q: Jet EL. 28m 65 Air 100kPa EL. 24m Oil r.d 0.84 Fig.3 Q3: For ideal fluid, Find the force required to…

A: given data;⇒relative density of oil(R.d)=0.84⇒distance(h)=28m-24m…

Q: An un known worKing a thratthing uate uth c adıahahc turbine. he pawer outpur f The turbire is 22.8…

A:

Q: determine max. Useful work obtained from the heat source?

A: Given; Initial temperature, T1=900 KHeat given, Q1=1500 KJTemperature reduced, T0=600 KWe have to…

Q: 4) A gos turbre oporos in on ided Boyton Cye d hich Argon i uond Horking cbalance Duning the alod df…

A: “Since you have posted a question with multiple sub-parts, we will solve the first three subparts…

Q: steam is delivered to an engineturbine at 7mpa at 600 degree celsius,reheat it 1.5 mpa and 600…

A:

Q: a m an ideal Rankine aycle, steam fieist enters the turbinne 1e Mpa and 4woc. It esxpands to a…

A: GIVEN DATA- RANKINE CYCLE WORKING BETWEEN 10MPa 400'C AND 10KPa WE HAVE TO FIND GIVEN POINTS

Q: 1. Turbine 2. Pipe 3. Compressor Pluid B CV ondary 4. Throttling valv T-ellow -Fluid A 5. Heat…

A: The turbine is a device that converts fluid energy into shaft work. A pipe is a tubular section or…

Q: W COMP. IN = 6700kW COMPRESSOR Ⓒ₁ AIR DE T1= 26.85°C P1= IBAR QUES πίσω PS = PA Ⓡ T2 = 346.85 °C P2…

A:

Q: A boiler produces 5000kPa steam which is 67% dry, from boiler feed water @ 100°C. flow rate is 960…

A:

Q: The return air temperature of the room is 78F and cooling system load is 48,000 Btu h (sensible).…

A:

Q: EXAMPLE Given: A sports car has a mass of 2 Mg and an engine efficiency of ɛ = 0.65. Moving forward,…

A: Given                Mass, m = 2 Mg  Engine efficiency = 0.65     Acceleration, a = 5 m/s2…

Q: for diesel engine the typical S.F.Cis about Select one: Oa 0.5-0.7 kg/kWh Ob.02-0.25 kg/kWh Oc.…

A: Specific fuel consumption (S.P.C):  It is the amount of fuel consumed by an engine for the…

Q: duty of the heater in kW?

A: To find Duty of heater

Q: Q A Solar water heating System connected to 250 Kg water- energy storage tank has UA equal 12 2 and…

A: A solar water heating system is a device that uses the sun's energy to assist heat water. This…

Q: Q3: For ideal fluid, Find the force required to hold the blade in position, if the weight (1kN) and…

A: The velocity at the exit of the jet can be determined by the application of the Bernoulli's equation…

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…

Free undamped vibrations

Whenever an object/system displaces in either side of its equilibrium position with the help of an external/internal means, then the object/system moves regularly or randomly on both sides of its equilibrium position. This motion is called vibration. Generally, there are three types of vibration: longitudinal vibration, transverse vibration, and torsional vibration.