Magnitude and direction of net force acting on cylinder plug, Mechanical Engineering

Magnitude and direction of net force acting on cylinder plug

An infinite span (2D) cylinder (diameter 6cm) serves as a plug between the two airstreams. Upstream V=100m/s Downstream V=10m/s Assuming both air flows to be steady, inviscid and incompressible, and neglecting body forces and weight of the cylinder, determine the magnitude and direction of the net force acting on the cylinder plug. P=1.5x10^5 Pa, T=20 deg C.

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Mechanical Engineering: Magnitude and direction of net force acting on cylinder plug

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Assuming both air flows to be steady, inviscid and incompressible, and neglecting body forces and weight of the cylinder, determine the magnitude and direction of the net force acting on the cylinder plug. P=1.5x10^5 Pa, T=20 deg C.

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Mechanical Engineering: Magnitude and direction of net force acting on cylinder plug

Reference No:- TGS0844155

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Recent Questions Asked Mechanical Engineering

Q : Explain how do you write a balanced equation

Q : Determine the average resistance force exerted on him

Q : Finding out the voltage across the capacitor

Q : Explain the final temperature of the iron block

Q : Magnitude and direction of net force acting on cylinder plug

Q : What is the magnitude of the deceleration

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Q : Discuss an acid chloride prepared from adipicacid

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Request for Solution File

Ask an Expert for Answer!!

Mechanical Engineering: Magnitude and direction of net force acting on cylinder plug

Reference No:- TGS0844155

Recent Questions Asked Mechanical Engineering

Q : Explain how do you write a balanced equation

Q : Determine the average resistance force exerted on him

Q : Finding out the voltage across the capacitor

Q : Explain the final temperature of the iron block

Q : Magnitude and direction of net force acting on cylinder plug

Q : What is the magnitude of the deceleration

Q : Calculate the mass of the precipitate produced in reaction

Q : Discuss an acid chloride prepared from adipicacid

Q : Gravitational potential energy relative to lowest point

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