please step by step, and the procedure clear, clear handwriting, I thank you very much for your work Properties of pure substancesRemember that since they are pure supstances, you must iook ior the properties in theThermodynamic tables that correspond to the substance you are analyzing, so you mustalways have your tables when solving the exercises.a) A closed system to be analyzed contains water initially at 120 °C, 198.67 kPa as a saturatedliquid. If water changes state in a thermodynamic process to saturated steam, determine itsfinal internal energy.b) In a thermodynamic system to be analyzed, there is refrigerant 134a initially at 10 °C, 320okPa. If a thermodynamic process is developed where the final state of the refrigerant is -10°C and 200.74 kPa with 60% steam quality, determine its final enthalpy.c) In a thermodynamic system to be analyzed, there is water initially at 350 °C, 2000 kPa. Ifthe water changes state in an isobaric process up to 225°C, determine its final entropy.d) Find the enthalpy change of water during the phase change from saturated liquid tosaturatedvapor at 175 kPa and 486.82 kJ/kg internal energy. It is:e) Find the enthalpy change of water during the phase change from saturated liquid tosaturated vapor at 275 kPa and 130.58 °C. It is:

According to guidelines first 3 questions will do from multiple part questions.

Properties of pure substances Remember that since they are pure supstances, you must iook ior the properties in the Thermodynamic tables that correspond to the substance you are analyzing, so you must always have your tables when solving the exercises. a) A closed system to be analyzed contains water initially at 120 °C, 198.67 kPa as a saturated liquid. If water changes state in a thermodynamic process to saturated steam, determine its final internal energy. b) In a thermodynamic system to be analyzed, there is refrigerant 134a initially at 10 °C, 320 kPa. If a thermodynamic process is developed where the final state of the refrigerant is - 10°C and 200.74 kPa with 60% steam quality, determine its final enthalpy. c) In a thermodynamic system to be analyzed, there is water initially at 350 °C, 2000 kPa. If the water changes state in an isobaric process up to 225°C, determine its final entropy. d) Find the enthalpy change of water during the phase change from saturated liquid to saturated vapor at 175 kPa and 486.82 kJ/kg internal energy. It is: e) Find the enthalpy change of water during the phase change from saturated liquid to saturated vapor at 275 kPa and 130.58 °C. It is:

Properties of pure substances Remember that since they are pure supstances, you must iook ior the properties in the Thermodynamic tables that correspond to the substance you are analyzing, so you must always have your tables when solving the exercises. a) A closed system to be analyzed contains water initially at 120 °C, 198.67 kPa as a saturated liquid. If water changes state in a thermodynamic process to saturated steam, determine its final internal energy. b) In a thermodynamic system to be analyzed, there is refrigerant 134a initially at 10 °C, 320 kPa. If a thermodynamic process is developed where the final state of the refrigerant is - 10°C and 200.74 kPa with 60% steam quality, determine its final enthalpy. c) In a thermodynamic system to be analyzed, there is water initially at 350 °C, 2000 kPa. If the water changes state in an isobaric process up to 225°C, determine its final entropy. d) Find the enthalpy change of water during the phase change from saturated liquid to saturated vapor at 175 kPa and 486.82 kJ/kg internal energy. It is: e) Find the enthalpy change of water during the phase change from saturated liquid to saturated vapor at 275 kPa and 130.58 °C. It is:

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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Concept explainers

Layout

The layout is a way of organizing the elements, products, and raw materials in a design. The layout is the representation of information in a structural, logical, descriptive, coherent form.The layout is a mapping of various equipment arrangements, workstations, machinery, plants, and more. It secures the continuous movement of a product quantity along with the quality.

Question

please step by step, and the procedure clear, clear handwriting, I thank you very much for your work

Properties of pure substances
Remember that since they are pure supstances, you must iook ior the properties in the
Thermodynamic tables that correspond to the substance you are analyzing, so you must
always have your tables when solving the exercises.
a) A closed system to be analyzed contains water initially at 120 °C, 198.67 kPa as a saturated
liquid. If water changes state in a thermodynamic process to saturated steam, determine its
final internal energy.
b) In a thermodynamic system to be analyzed, there is refrigerant 134a initially at 10 °C, 320o
kPa. If a thermodynamic process is developed where the final state of the refrigerant is -
10°C and 200.74 kPa with 60% steam quality, determine its final enthalpy.
c) In a thermodynamic system to be analyzed, there is water initially at 350 °C, 2000 kPa. If
the water changes state in an isobaric process up to 225°C, determine its final entropy.
d) Find the enthalpy change of water during the phase change from saturated liquid to
saturated
vapor at 175 kPa and 486.82 kJ/kg internal energy. It is:
e) Find the enthalpy change of water during the phase change from saturated liquid to
saturated vapor at 275 kPa and 130.58 °C. It is:

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