Air flows through a diffuser (which decelerates the flow) with the conditions given in the table below. The flow of air

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Air flows through a diffuser (which decelerates the flow) with the conditions given in the table below. The flow of air

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Air Flows Through A Diffuser Which Decelerates The Flow With The Conditions Given In The Table Below The Flow Of Air 1
Air Flows Through A Diffuser Which Decelerates The Flow With The Conditions Given In The Table Below The Flow Of Air 1 (62.9 KiB) Viewed 39 times
Air flows through a diffuser (which decelerates the flow) with the conditions given in the table below. The flow of air is adiabatic. LITUTVUSTULIVI12/21/22 | Turid-UUI/ Pressure, p Temperature, T (K) 300 Area, A (m²) (bar) 1. Inlet 7 0.00041 2. Exit X ? ? With X being the sum of the first three digits of your URN, calculate: (a) the specific volume v₁ at inlet, [3 marks] (b) the inlet velocity c₁ for a mass flow rate = 1 kg/s, [3 marks] (c) the specific volume v₂ and temperature T₂ at exit. [6 marks] (d) Hence calculate the exit velocity c₂ and required exit area A2. [8 marks] X = 15
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