In a steady flow open system, a fluid moves between two boundaries. In boundary 1: A: = 0.028 m2, Vị = 32.5 m/min, v1 = 0.025 m²/kg, and P1 = 300 kPaa. In boundary 2: Az = 0.056 m?, density = 3.2 kg/m³, and P2 = 100 kPaa. Determine a) the mass flow rate; b) the velocity in boundary 2; c) the change of kinetic energy between boundaries; and d) the change in flow energy between boundaries.

Elements Of Electromagnetics
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Author:Sadiku, Matthew N. O.
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In a steady flow open system, a fluid moves between two boundaries. In boundary 1:
A: = 0.028 m², V: = 32.5 m/min, v1 = 0.025 m³/kg, and P1 = 300 kPaa. In boundary 2: A2
= 0.056 m², density = 3.2 kg/m³, and P2 = 100 kPaa. Determine a) the mass flow rate; b)
the velocity in boundary 2; c) the change of kinetic energy between boundaries; and d)
the change in flow energy between boundaries.
Transcribed Image Text:In a steady flow open system, a fluid moves between two boundaries. In boundary 1: A: = 0.028 m², V: = 32.5 m/min, v1 = 0.025 m³/kg, and P1 = 300 kPaa. In boundary 2: A2 = 0.056 m², density = 3.2 kg/m³, and P2 = 100 kPaa. Determine a) the mass flow rate; b) the velocity in boundary 2; c) the change of kinetic energy between boundaries; and d) the change in flow energy between boundaries.
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