Determine average velocity of air at the turbine outlet, Mechanical Engineering

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Determine average velocity of air at the turbine outlet

An adiabatic gas turbine expands air at 3447 kPa and 427°C to 415 kPa and 120°C. If the volume flow rate at the exit is 1.5 m3/s ; the inlet area is 0.06 m2 ; and the outlet area is 0.12 m2 ; determine -

Mass flow rate of air.

Average velocity of air at the turbine inlet.

Average velocity of air at the turbine outlet.

Power produced by the turbine.

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Mechanical Engineering: Determine average velocity of air at the turbine outlet

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Mechanical Engineering: Determine average velocity of air at the turbine outlet

Reference No:- TGS0738536

Have a Question? (oR Write a Review)

Recent Questions Asked Mechanical Engineering

Q : What is the actual heat pump cop for system

Q : What is the highest temperature a complete block can achieve

Q : Derive an expression for the maximum angle the string swings

Q : What is the maximum electric power

Q : Determine average velocity of air at the turbine outlet

Q : Compare the electrical power required

Q : What is the maximum power output if the flow rate is given

Q : Surface polarisation density on the surface of the sphere

Q : Calculate the heat transfer and work per kg of water

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Request for Solution File

Ask an Expert for Answer!!

Mechanical Engineering: Determine average velocity of air at the turbine outlet

Reference No:- TGS0738536

Recent Questions Asked Mechanical Engineering

Q : What is the actual heat pump cop for system

Q : What is the highest temperature a complete block can achieve

Q : Derive an expression for the maximum angle the string swings

Q : What is the maximum electric power

Q : Determine average velocity of air at the turbine outlet

Q : Compare the electrical power required

Q : What is the maximum power output if the flow rate is given

Q : Surface polarisation density on the surface of the sphere

Q : Calculate the heat transfer and work per kg of water

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