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C. When a supersonic flow flows over a gradual concave wall: A. The faraway flow from the wall undergoes an isothermal compression. B. The faraway flow from the wall undergoes an isentropic compression. C. The faraway flow from the wall undergoes an adiabatic compression. D. A normal shock diffuser: A. Decelerate flow first and then rise static pressure by diffusion. B. Accelerate flow first and then rise static pressure by diffusion. C. Accelerate flow first and then drop static pressure by expansion.

C. When a supersonic flow flows over a gradual concave wall: A. The faraway flow from the wall undergoes an isothermal compression. B. The faraway flow from the wall undergoes an isentropic compression. C. The faraway flow from the wall undergoes an adiabatic compression. D. A normal shock diffuser: A. Decelerate flow first and then rise static pressure by diffusion. B. Accelerate flow first and then rise static pressure by diffusion. C. Accelerate flow first and then drop static pressure by expansion.

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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C. When a supersonic flow flows over a gradual concave wall: A. The faraway flow from the wall undergoes an isothermal compression. B. The faraway flow from the wall undergoes an isentropic compression. C. The faraway flow from the wall undergoes an adiabatic compression. D. A normal shock diffuser: A. Decelerate flow first and then rise static pressure by diffusion. B. Accelerate flow first and then rise static pressure by diffusion. C. Accelerate flow first and then drop static pressure by expansion.
Transcribed Image Text:C. When a supersonic flow flows over a gradual concave wall: A. The faraway flow from the wall undergoes an isothermal compression. B. The faraway flow from the wall undergoes an isentropic compression. C. The faraway flow from the wall undergoes an adiabatic compression. D. A normal shock diffuser: A. Decelerate flow first and then rise static pressure by diffusion. B. Accelerate flow first and then rise static pressure by diffusion. C. Accelerate flow first and then drop static pressure by expansion.
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