250- C В 200- 150- 100- 50- D A 2 3 4 Volume, V (L) Pressure, p (kPa)

Q: what is the process for the second question to this problem

A: It is asked to find the mass moment of inertia

Q: 1mot air is haated reversibly at constant pressure from 15c to 300 č, and then cooled reversibly at…

A: Given:V1=1 m3T1=15°C =288 KT2=300°C =573 KP1=1.03 bar

Q: Refriqaraut -134a endres an udiabatie compressor ak 15 psia nd 20°F with a volumr flow rate og lo f…

A:

Q: A6: Aquantity of dry saturated Steam occupies o.2634m at 15 Mpa . Determine the final condition of…

A: Since type of process is not given during compression.Therefore, we will assume it as isothermal…

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: C). Find ratio of T initial ahd TEinel Compressan and exfansian ? d). Af efficacy of desel Giaine…

A: Process 1-2= reversible adiabatic processProcess 2-3= Constant pressure heat addition Process 3-4=…

Q: a simple pendulum motion with length (L-0.1m) and mass m-0.1kg is pulled an small angle from the…

A: Given, Length of pendulum, L=0.1m Mass, m=0.1kg θ=π20 a). Equilibrium position- At equilibrium…

Q: 0.2 m'af an ideal gas at 200 "K and 2 har is cumpressed at constant volume to 4 har by heat…

A: Given: m=0.2 kgT1=200 KP1=2 barP2=4 barP3=8 bar Cp=14.3 KJ/KgKCv=10.2 KJ/KgKγ=CpCv=1.4

Q: 2 tank eontains at oG. The tank is now heared R-134 a until the Syrtem be at 50c and 400kpq. The S r…

A: R134a is a type of refrigerant which is nowadays used everywhere like in domestic refrigerator,…

Q: revolving Ive y, then

A:

Q: given: T, 38o'k, P= 110 KPa Tェ-680K ュー500K Pa %3D Cv=0.7 KJ K8-K Charge in specitic entropy a the…

A: GIVEN DATA - T1=380K , P1=110KPa T2=680K , P2=500KPa Cp=1KJ/kgK Cv=0.7KJ/KgK WE HAVE TO FIND CHANGE…

Q: Saturated liquid Refrigerant-134a at 40°C is throttled to -10°C. The refrigerant then enters an…

A: The mass flow rate of the refrigerant, The inlet temperature of the refrigerant at the throttle, The…

Q: Find s, and P for steam at h=1540 BTU/lbm and T=1040 F..

A: Temperature range for saturated steam is up to 705.100 F as temperature of given state is more than…

Q: Starting from the general from of energy balance to drive the eqution of isothermal frow of ideal…

A: Step 1: Energy balance equationStep 2: For compressible fluid (α = 1 for turbulent flow)Step 3:…

Q: Initial and operating cost is high for fixed floating gas holder type biogas plant. Select one:…

A:

Q: of steam in a cy linder expands reversi bly behiro- ton a ccording toa law steam is intitially dry…

A:

Q: ermodynamic?

A: given:   give two example of path fuction in thermodynamic?

Q: nthalpy turbine

A: given:

Q: x1(t) = y1(t) - y2(t)  and x2(t) = dy2(t)/dt  write the equation of state

A:

Q: miller cycle pv and ts diagram explication

A: The objective of this question is to explain the Pressure-Volume (PV) and Temperature-Entropy (TS)…

Q: Thete The cycle starts with adliabatic comression of ack from with velume V3 to state B at Gd of…

A:

Q: Discuss the process of selection of refrigerants in R&AC system based on physical and thermal…

A: The thermal and physical properties taken into consideration while selecting a refrigerant are: 1.…

Q: Liquid water at 200 h Pa r heated 1n a chumber by mixing it with Superheated stean at 20o Kra and…

A:

Q: Derive energy equation from the first law of thermodynamic with detailed steps on how the…

A: Energy: The ability to do work is known as energy. The energy stored by an system in many forms such…

Q: obtain 3) luvを on expression for Pe avenge deuity as a fontion of time (2P Find He nte of chyę of…

A: Given dataVelcoity V = 15m/secDensity ρ = 20kg/secLenght L = 0.10mVeocity relation u =VxLTo…

Q: Oxygen gas in a container is raised from 5°C to 65°C with the pressure head constant at 5x10^5…

A: Ideal gas law refers to the interaction between the molecules of a gas. In general, the gas…

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: problem 5 completely (part a, b and c). With steps. There is a bit correction as following..…

A:

Q: Water vapor enters a continuous flow adiabatic turbine at 15 MPa pressure, 500 °C temperature and 90…

A:

Q: Steam is throttled to 0.15 MPa, 140 °C. What is the quality of throttled steam if its pressure is…

A:

Q: 2- 4 steam power plant operates producing a net of the Steam inifially enters the turbine a Drow the…

A:

Work and Heat Transfer

It is generally related to thermal engineering which tells about the use, creation, conversion and transfer of heat energy between the systems. It is also considered that to transfer heat from one source to another, transfer of masses is also required. There are various mechanisms by which, transfer of heat takes place i.e. thermal conduction, convection, radiation or by change of phase. All these mechanisms have their own specific features which sometimes occur simultaneously within the same system.