Important: Indicate units of the properties. Fill up the table provided below with your answers. Include all calculations in another sheet/s as necessary. Note: The pressure values are absolute values unless specified. Determine the properties of H20 according to the following Table: CONDITIONS: | ANSWERS: 1. Liquid at P = 17.5 Mpa and T= 200 C h= 2. Saturated liquid at T= 253.5 C %= 3. Steam with quality of 85 % at P = 6.1 Mpa h=

Important: Indicate units of the properties. Fill up the table provided below with your answers. Include all calculations in another sheet/s as necessary. Note: The pressure values are absolute values unless specified. Determine the properties of H20 according to the following Table: CONDITIONS: | ANSWERS: 1. Liquid at P = 17.5 Mpa and T= 200 C h= 2. Saturated liquid at T= 253.5 C %= 3. Steam with quality of 85 % at P = 6.1 Mpa h=

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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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
T = 400 oC temperature and v = 0.02108 [m3/kg] specific volume of water vapor pressure. a) Using the water vapor tables,b) Calculate using the ideal gas equation of state. Find the error rate.c) Calculate using the generalized compressibility diagram. Error rateFind.d) Can it be considered an ideal gas with water vapor supplied? Explain why.
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Q2. Consider a piston-cylinder device that contains liquid water at 1 MPa and 150 °C. The weights on top of the piston are removed one by one so that the pressure inside the cylinder decreases gradually (Fig. 3–18). Draw a property diagram that shows all the water states including phase change processes, which will go from compressed liquid to super-heated vapor while keeping the temperature constant in the system. P = 1 MPa T = 150°C Heat
FOLLOW THESE STEPS FOR UPVOTE Given Required Diagram Solution Conclusion Do not round off while solving. Question: An ideal gas mixture that contains (% volume) 21% Hydrogen, 34% Octane, 5% Oxygen and 40% methane undergo a certain process inside a closed rigid container increasing the temperature by 100°F. Let the specific heat ratio for the mixture be 1.35, determine the change in specific enthalpy Btu lb-°R.
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! Required information NOTE: This is a multi-part question. Once an answer is submitted, you will be unable to return to this part. Consider helium at 350 K and 0.75 m³/kg. Use dP = ()¸dT + (P),dv for calculations. The gas constant of helium is R= 2.0769 kPa-m³ /kg.K. Determine the change in pressure corresponding to an increase of 4 percent in specific volume at constant temperature. (You must provide an answer before moving on to the next part.) The change in pressure corresponding to an increase of 4 percent in specific volume at constant temperature is - kPa.
NOTE: Complete manual computation. Show the integration method and derivation of units. ft lb Btu For a certain ideal gas, R = 77.8 lb R and Cp = (0.2 + 0.0002T) lb R %3D It is heated from 40 °F to 140 °F. For 1 Ib mass, find: a. change of internal energy b. change of enthalpy
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