5. Consider a Jet-A fuel drop that is evaporating and burning in a jet engine. We will consider different values of the surrounding air temperature Too (of air that comes from the compressor). For all of the cases the following are held constant: The initial drop diameter The liquid fuel density is do is 40 microns, gas pressure p is 30 atm, 700 kg/m³, The temperature rise due to combustion AT, is 1800 K The fuel heat of vaporization Ah, is 2000 kJ/kg. Fuel boiling temperature T is 473 K The ratio of the gas thermal conductivity to heat capacity λg/ Cp is 0.2 x 104 kg/(m-s) The heat capacity (c) of the gas mixture is 1.5 kJ/kg-K

We give: AB: adiabatic trigger such as VB = 2 VA AC: isothermal compression PA =1bar=105 Pa , VA = 10^-2 m3 Gas temperature at point A: TA= 300 Kelvin Perfect gas constant: R = 8,31 J.mol-1.K-1  Molar thermal capacity at constant pressure:Cp = 29 J.mol-1.K-1  Calorific capacity ratio of this gas: Cp/Cv = 1,40 4 – Calculate the amount of QBC heat and WBC work received by the system for the transformation that changes the system from state B to state C.5 – a – Why is the UCA internal energy variation of the gas zero during the CA transformation? b – Apply the first principle to the ABCA cycle and deduce the WAB work received by the gas during theadiabatic relaxation AB.c – Interpret the WAB sign.

Anideal gas with a mass of 2 kg reversibly and polytropically expands up to 3 times its initial volume in a piston-cylinder assem bly. The temperature of the ideal gas drops from 300° Cto 60° C. (a) If the heat energy inputis 20 kJand the boundary work output is 100 kJ, the specificheats of the gas cv [kJ/ kgK] and find the cp [kJ/ kgK] values. (b) If the heat energy output is 20 kJand the boundary work output is 100 kJ, the specificheats of the gas cv [kJ/ kgK] (c) Find the value k, which is the ratio of specificheats. (d) If the heat energy input is 20 kJ, the boundary work output is 100 kJ and the entropy generation is 0.36 kJ/K, then the thermal energy Calculate the source tem perature as [° C].

If u sure about the ans then u do otherwise not

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Solve correctly please. (Gpt/Ai wrong answer not allowed)

In water steam table: p=1002.8 kPa. T=180 C , the specific internal energy (kJ/kg) and condition description are:

Steam flows at a steady state through a converging insulated nozzle, 25cm long and with an inlet diameter of 5cm. At the nozzle entrance (state 1), the temperature and pressure are 325C and 700kPa and the velocity is 30ms1 At the nozzle exit(state 2), the steam temperature and pressure are 240C and 350kPa. What is the outlet volume and what will the diameter be, using steam tables?

GIVEN: Gas HAS CONSTANT MASS IDEAL GAS SPECIFIC HEAT RATIO OF GAS Y= 1.6 GAS CYCLE P^29 At 1: P1 = 2 BAR At 2 + 2 = 300° K : At 3: ASK: A) B) c) P2 V 2 P3 T2 = 12: 23: 31: T3 ISENTRO PIC REVERSIBLE VOLUME IS ISOTHERMAL EXPANSION CONSTANT T1 = 149.8 x 150⁰ K V₁ = √3 3 V₁ = 0.0005 m

please give me a detailed description of how to find it and with equation please. question from thermodynamics steam table. thanks