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A semi-infinite body is constructed from a uniform flow with velocity V28 m/s and a source with strength A at the origin. The stagnation point on the body is located at location (0-(14.6 m, t rad) (a) Determine the source strength A (Give your answers to the nearest whole number) m2 (b) Determine the coordinates (r,0), and the velocity components (V, Ve) at a point on the surface of the body with e=2.8 rad. (Give your answers to 3 decimal places) rad Vr m/s Ve m/s

A semi-infinite body is constructed from a uniform flow with velocity V28 m/s and a source with strength A at the origin. The stagnation point on the body is located at location (0-(14.6 m, t rad) (a) Determine the source strength A (Give your answers to the nearest whole number) m2 (b) Determine the coordinates (r,0), and the velocity components (V, Ve) at a point on the surface of the body with e=2.8 rad. (Give your answers to 3 decimal places) rad Vr m/s Ve m/s

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 semi-infinite body is constructed from a uniform flow with velocity V = 28 m/s and a source with strength A at the origin. The stagnation point on the body is located at location (0)-(14.6 m, 1 rad) (a) Determine the source strength A (Give your answers to the nearest whole number) m2s (b) Determine the coordinates (r.0), and the velocity components (V, Ve) at a point on the surface of the body with 0=2.8 rad. (Give your answers to 3 decimal places.) rad Vr= m/s Ve m/s
Transcribed Image Text:A semi-infinite body is constructed from a uniform flow with velocity V = 28 m/s and a source with strength A at the origin. The stagnation point on the body is located at location (0)-(14.6 m, 1 rad) (a) Determine the source strength A (Give your answers to the nearest whole number) m2s (b) Determine the coordinates (r.0), and the velocity components (V, Ve) at a point on the surface of the body with 0=2.8 rad. (Give your answers to 3 decimal places.) rad Vr= m/s Ve m/s
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