Air flows through a 6 in diameter, 50 ft long adiabatic duct with inlet conditions of V 1 500 ft s, T 01 650 R, and P 1 50 psia For an average friction factor of 0 02, determine the velocity, temperature, and pressure at the exit of the duct ...

To determine the velocity temperature and pressure at the exit of the duct you can use the principles of fluid mechanics and the conservation equation ...

Air flows through a 6-in-diameter, 50-ft-long adiabatic duct with inlet conditions of V 1 = 500 ft/s,

Question:

Air flows through a 6-in-diameter, 50-ft-long adiabatic duct with inlet conditions of V₁ = 500 ft/s, T₀₁ = 650 R, and P₁ = 50 psia. For an average friction factor of 0.02, determine the velocity, temperature, and pressure at the exit of the duct.

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