Question

air is flowing isentropically through a nozzle at 27C and 0.8 bar with a velocity of 120m/s,calculate stagnation temperature,enthalpy,stagnation pressure and stagnation density of air
thermodynamics question​

Answer 1

Answer:

Air is flowing isentropically through a nozzle at 27°C and 0.8 bar with a velocity of 120 mis. Calculate the stagnation enthalpy, stagnation temperature, stagnation pressure and stagnation density of air

2. Atmospheric air at 1O1kPa and 27°C is accelerated isentropicaly in a nozzle from 13.5 mis to 223.8 mis. Find the changes in (a) temperature, (b) pressure, (c) density, (d) stagnation temperature and stagnation pressure

Explanation:

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