7. A three compartment adiabatic container vessel contains the following gases:30 cubic meters of Helium gas at 1 atm and 100 deg C10 cubic meters of Oxygen gas at 1.20 atm and 50 deg CThe partitions of the three gases are removed and the gases mixed. Compute forthe following:a) the specific heat ratio of the mixturec) the resulting final temperature of the mixtured) the resulting final pressure of the mixture

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Answered: 7. A three compartment adiabatic…

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

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For each of the given initial state parameters, select the appropriate dew point temperature: Note:Tdb - dry bulb temperature, F Twb - wet bulb temperature, F Tdp - dew point temperature, F h -enthalpy, Btu/lbair RH - relative humidity, % ω - humidity ratio, lbH2O/lbair v - specific volume, ft3/lbair Tdb=70F & RH=70% Tdb=65F & RH=30% Tdb=90F & RH=30% Tdb=70F & RH=100% Tdb=100F & RH=60%
A lecture hall shown in Figure having a volume of 106 ft³ contains air at 80°F, 1 atm, and a humidity ratio of 0.01 lb of water vapor per lb of dry air. Using the appropriate equations, determine. a) the relative humidity. b) the dew point temperature, in °F. c) the mass of water vapor contained in the room, in lb.
Q6: In a vessel of volume Im there are 2 g of molecular H2, 6 g of molecułar Oz and 30 g of N2. What are the mole fractions, mass fraction and concentrations of the hydrogen, oxygen and nitrogen?
3.35 An air-vapor mixture at 100°F (37.8°C) dry bulb contains 0.02 lb water vapor per pound of dry air (20 g/kg). The barometric pressure is 28.561 in. Hg (96.7 kPa). Calculate the relative humidity, dew-point temperature, and degree of saturation.
A rigid tank contains saturated liquid - vapor water at 85oC. For this state, the specific volume, in m3/k, is measured as 1.9808. The mixture's quality is most likely: 50% 40% 60% 0% 70% 100%
The quality of steam for the mixture contains 18 kg of water in suspension with 100 kg of steam will be O a. 0.84 Ob. 0.68 c. 0.98 d. 0.79
Determine the state of water if P= 2.00 bar and T= 120.2 C. Select one: a. Mixture O b. Superheated Vapor O c. Compressed liquid
Salve the following problems. Use the format below. All handwritten. 1.5 mol CO, 2 mol N, and 4.5 mol O, are brought together to form a mixture at 689.48 Kpaa, 37.8C. Find the partial pressures of the components after mixing (kPa). 2. A mixture of gases contains 6 moles of O2, 2 moles of CO, and 3 moles of Hz at 40 Fand 200 psia. Determine (a) the partial pressures of the individual components of the mixt (psia) and (b) the volume of the mixture (ft). (Universal gas constant-1545 )
Two liquids of different densities (ρ 1 = 1550 kg m /m 3 and ρ 2 = 550 kg m /m 3 ) are poured together in acylindrical container 0.5 m in diameter x 1 m height. If the resulting density of the mixture is 850 kg m m 3 ,determine a) the mass of each liquid inside the tank (kg m ), b) the weight of the mixture in kg f if g = 9.79m/s 2 .
3 At a constant pressure of 1.2 MPa, a gas mixture expands from 0.04 m to 0.08 m and absorbs 100 KJ of heat in the process. The change in internal energy of the mixture is- Select one: О а. 100 K) O b. 52 KJ O c. 48 KJ O d. 152 KJ
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