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A normal shock wave with a velocity of 700 m/s moves down a tube into air with static properties of 40 k 320 K. At the end of the tube, a piston is moving at 60 m/s, as shown below. Find the velocity of the ref wave and the static and stagnation pressures (relative to the tube) behind the reflected wave.

A normal shock wave with a velocity of 700 m/s moves down a tube into air with static properties of 40 k 320 K. At the end of the tube, a piston is moving at 60 m/s, as shown below. Find the velocity of the ref wave and the static and stagnation pressures (relative to the tube) behind the reflected wave.

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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1. A normal shock wave with a velocity of 700 m/s moves down a tube into air with static properties of 40 kPa and 320 K. At the end of the tube, a piston is moving at 60 m/s, as shown below. Find the velocity of the reflected wave and the static and stagnation pressures (relative to the tube) behind the reflected wave. Vw= 700 m/s V = 60 m/s P = 40 kPa T= 320 K
Transcribed Image Text:1. A normal shock wave with a velocity of 700 m/s moves down a tube into air with static properties of 40 kPa and 320 K. At the end of the tube, a piston is moving at 60 m/s, as shown below. Find the velocity of the reflected wave and the static and stagnation pressures (relative to the tube) behind the reflected wave. Vw= 700 m/s V = 60 m/s P = 40 kPa T= 320 K
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