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or a supersonic flow, determine an analytic relation for the ratio Po2/P₁ = f(M₁) that will llow you to find the incoming Mach number.

or a supersonic flow, determine an analytic relation for the ratio Po2/P₁ = f(M₁) that will llow you to find the incoming Mach number.

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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A pitot tube is a simple device used to experimentally determine the velocity of a flow, see the figure below. U, ليا و السهر To manometer (b) d D > 1 P01 -P02 (c) (a) FIG. 6.4 Pitot probes. (a) Simple pitot tube; (b) front view of tube with flattened open- ing for boundary-layer work; (c) pitot probe in supersonic flow. = For a supersonic flow, determine an analytic relation for the ratio poz/p1 = f(M) that will allow you to find the incoming Mach number.
Transcribed Image Text:A pitot tube is a simple device used to experimentally determine the velocity of a flow, see the figure below. U, ليا و السهر To manometer (b) d D > 1 P01 -P02 (c) (a) FIG. 6.4 Pitot probes. (a) Simple pitot tube; (b) front view of tube with flattened open- ing for boundary-layer work; (c) pitot probe in supersonic flow. = For a supersonic flow, determine an analytic relation for the ratio poz/p1 = f(M) that will allow you to find the incoming Mach number.
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