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Ехample 3.1 Air flows from a reservoir where P 300 kPa and T 500 K through a throat to section I in Fig. 3.4, where there is a normal - shock wave. Compute (a) P, (b) Р, (c) Po2 (d) A": (e) Pos (f) A", (g) P, (h) Tos (i) T, Air Reservoir Po, - 300 kPa T 500 K 12 13 1 ft 3ft Shock P 100 pia

Ехample 3.1 Air flows from a reservoir where P 300 kPa and T 500 K through a throat to section I in Fig. 3.4, where there is a normal - shock wave. Compute (a) P, (b) Р, (c) Po2 (d) A": (e) Pos (f) A", (g) P, (h) Tos (i) T, Air Reservoir Po, - 300 kPa T 500 K 12 13 1 ft 3ft Shock P 100 pia

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
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Example 3.1 Air flows from a reservoir where P= 300 kPa and T = 500 K through a throat to section I in Fig. 3.4, where there is a normal – shock wave. Compute (a) P (b) P, (c) Po2 (d) A*: (e) Po3 (f) A*, (g) P3 (h) To3 (i) T3 Air Reservoir Pe = 300 kPa 12 13 To = 500 K 1 ft2- 3ft 4,a Shock -100 pia Prof. Dr. MOHSEN OSMAN
Transcribed Image Text:Example 3.1 Air flows from a reservoir where P= 300 kPa and T = 500 K through a throat to section I in Fig. 3.4, where there is a normal – shock wave. Compute (a) P (b) P, (c) Po2 (d) A*: (e) Po3 (f) A*, (g) P3 (h) To3 (i) T3 Air Reservoir Pe = 300 kPa 12 13 To = 500 K 1 ft2- 3ft 4,a Shock -100 pia Prof. Dr. MOHSEN OSMAN
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