15.400 cm3 of a gas at 740 mmHg absolute and 18°C undergoes a process until the pressure becomes 760 mmHg absolute and the temperature 0°C. What is the final volume?
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Q: 6. A 1.5m3 tank containing a one-third kilogram of an unknown ideal gas is pressurized at 200 kPaa.…
A: This question is very unique and interesting question. This question can be solved by finding…
Q: Q2: Arigid tank of (0.3 m³) at 15.5 bar , if 90% of mass is liquid water, how much heat must be…
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Q: Oxygen (molar mass 32 kg/kmol ) expands reversibly in a cylinder behind a piston at a constant…
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Q: Copy of Oxygen (molar mass 32 kg/kmol ) expands reversibly in a cylinder behind a piston at a…
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A: for solution refer below images.
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- Find the specific heat at constant pressure Cp, specific heat at constant volume and the molecular weight of the gas. For a certain ideal gas, Cp = 1.1 kJ/kg-K and k = 1.3.The specific heat of a certain ideal gas is given as a function of 4.13 x 10 temperature: Cp = [1.54 - 345.1 KJ kg K when temperature increases T T2 from 325°K to 1,100°K. Find the change of enthalpy. (Ans: 862.21 2) kg'4. A gas at a temperature of 20°C and 1.5 bar occupies a volume of 0.105m'. If the gas is compressed to a pressure of 7.5 bar and volume of 0.04 m, what will be the final temperature-of the gas? (Ans. 285°C)
- ft lb 4. For a certain ideal gas, R = 77.8 lb R Btu and Cp = (0.2 + 0.0002T) It is %3D lb R heated from 40 °F to 140 °F . For 1 lb mass, find: a. change of internal energy ( answer: 21 Btu ) b. change of enthalpy ( answer: 31 Btu )5. If 10 m3 of atmospheric air at zero degrees centigrade temperature are compressed to a volume of 1 m3 at 100oC, what will be the pressure of air in kPa? (3 DECIMALS IN FINAL ANSWER PLS)EXAMPLE 2 0.25 g of gas occupying 0,7 m' had on original temperature of 15 °F. It was then heated at constant volume until its temperature become 135 °C. How much heat was transferred to the gas and what was its final pressure? Take Cv = 0.72 kJ/ kg.K and R = 0.29 kJ/ kg.K
- m and 5 Kg Kg 2. Three liquids of different qualities, p1 = 1500 , V2 = .002 m3' Liters of water, are poured together into a 30 gallons tank, filling it. If Kg the resulting density of the mixture is 1,200 m3' find the respective quantities of liquids. Also, find the weight of the mixture.For a certain ideal gas, R = 77.8 t t and Cp = (0.2 + 0.0002T) Btu It is lb R lb R heated from 40 °F to 140 °F . For 1 lb mass, find: a. change of internal energy ( answer: 21 Btu ) b. change of enthalpy ( answer: 31 Btu )In a reciprocating air compressor, high pressure air in the cylinder pushes the piston against the external load and expand to a lower pressure. In a test the following measurements were noted:Internal energy of air before expansion = 27 kJInternal energy of air after expansion = 8 kJHeat entering the cylinder during the process = 2 kJSHOW THE DIAGRAM USING THE GIVEN PROVIDED
- 4. For a certain ideal gas R = 25.8 ft.lb /lb °R and k =1.09 (a) What are the values of c, and c,? (b) What mass of this gas would occupy a volume of 15 cu ft at 75 psia and 80 °F? (c) If 30 Btu are transferred to this gas at constant volume in (b), what are the resulting temperature and pressure?A piston/cylinder arrangement contains 2 kg of ammonia at a temperature 132.45 ℃ and a pressure 5 MPa. The piston floats. Heat is added to the system until the temperature of ammonia reaches 416.37 ℃. (a) Determine the phase of ammonia during the whole process (from the initial to the final state). [Hint : Use the tables in App. 5]. b) Show the initial and final points of the process in a T-s and p-v diagram. In both diagrams sketch the dome. Show these two points relative to the dome. (c) Determine the initial and final volume of the piston/cylinder arrangement using tables. (d) Determine the useful work and the heat transfer using tables=conetant procabese n=0 -n=½ n=2 n=1 7 A fixed mass of an ideal gas undergoes a polytropic process, from an initial pressure, temperature and volume of 180 kPa, 40°C and 1.5 m³ to a final temperature and volume of 180°C and 2.6 m³. How much work is done by the gas in this process (in kJ)? Your Answer: units Answer ph