The gauge pressure in the air container in Fig. P1-83 is 80kPa . Calculate the differential height h of the column of mercury

Elements Of Electromagnetics
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ISBN:9780190698614
Author:Sadiku, Matthew N. O.
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Please don't copy,Solve in handwritten format only. The gauge pressure in the air container in Fig. P1-83 is 80kPa . Calculate the differential height h of the column of mercury.
1-83 La presión manométrica en el recipiente de aire de la
figura P1-83 es 80 kPa. Calcule la altura diferencial h de la
columna de mercurio.
80 kPa
Aire
Aceite
DR = 0.72
30 cm
75 cm
Agua
h
FIGURA P1-83
Mercurio
DR = 13.6
Transcribed Image Text:1-83 La presión manométrica en el recipiente de aire de la figura P1-83 es 80 kPa. Calcule la altura diferencial h de la columna de mercurio. 80 kPa Aire Aceite DR = 0.72 30 cm 75 cm Agua h FIGURA P1-83 Mercurio DR = 13.6
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