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Calculate : 1. Upstream velocity Vi and deflection angle 0. 2. Downstream Mach number M2

Calculate : 1. Upstream velocity Vi and deflection angle 0. 2. Downstream Mach number M2

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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An oblique shock wave ,the following upstream conditions : P=150 kPa ,T=500 K, M1=1.605 and a shock angle ß =60°. Calculate : 1. Upstream velocity V1 and deflection angle 0. 2. Downstream Mach number M2 3. Static and stagnation temperature ( T2, To2) 4. Downstream velocity V2 5. Normal and tangential velocity component upstream and downstream of the oblique shock (Vin, Vit, V2n, V2 ) 6. Static and stagnation pressure (P2, Pol).
Transcribed Image Text:An oblique shock wave ,the following upstream conditions : P=150 kPa ,T=500 K, M1=1.605 and a shock angle ß =60°. Calculate : 1. Upstream velocity V1 and deflection angle 0. 2. Downstream Mach number M2 3. Static and stagnation temperature ( T2, To2) 4. Downstream velocity V2 5. Normal and tangential velocity component upstream and downstream of the oblique shock (Vin, Vit, V2n, V2 ) 6. Static and stagnation pressure (P2, Pol).
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