9. The density of saturated vapor refrigerant -134a is expression in the form p= aT + bT +c, (where a = 0.010709, b = -5.277, c = 656.8181), The initial temperature is -15°C and pressure is 164 kPa and final temperature is 60 °C and pressure is 1683 kPa. Calculate the coefficient of bulk modulus(K). 10. Given that, the barometer reading of 760 mm of Hg; Calculate the pressure in SI units for both absolute and gauge. Consider intensity of pressure = 43 kPa. %3D

9. The density of saturated vapor refrigerant -134a is expression in the form p= aT + bT +c, (where a = 0.010709, b = -5.277, c = 656.8181), The initial temperature is -15°C and pressure is 164 kPa and final temperature is 60 °C and pressure is 1683 kPa. Calculate the coefficient of bulk modulus(K). 10. Given that, the barometer reading of 760 mm of Hg; Calculate the pressure in SI units for both absolute and gauge. Consider intensity of pressure = 43 kPa. %3D

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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