Question 25 U-4m/s Po Ultimate width link to image) A pitot static probe in a uniform air flow of 4 m/s can be modelled in 2D using a source placed at the origin. The ultimate width of the pitot-static probe is 7 mim. a) The location of the leading edge of the probe is x v mm, y-0 mm b) The probe's static tapping is placed at x-0.8 mm, y-2.1mm, the magnitude of the flow velocity at this point is v m/s
Question 25 U-4m/s Po Ultimate width link to image) A pitot static probe in a uniform air flow of 4 m/s can be modelled in 2D using a source placed at the origin. The ultimate width of the pitot-static probe is 7 mim. a) The location of the leading edge of the probe is x v mm, y-0 mm b) The probe's static tapping is placed at x-0.8 mm, y-2.1mm, the magnitude of the flow velocity at this point is v m/s
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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![Question 25
U=4m/s
Ps
Po
Ultimate
width
(link to image)
A pitot static probe in a uniform air flow of 4 m/s can be modelled in 2D using a source placed at the origin. The ultimate width of the pitot-static probe is 7 mm.
a) The location of the leading edge of the probe is x =
v mm, y =0 mm
b) The probe's static tapping is placed at x 0.8 mm, y = 2.1mm, the magnitude of the flow velocity at this point is
v m/s](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F7983b2db-6a14-4241-beb5-6173cd212c8f%2F72d9d910-95e7-4b4f-ad56-e6d144b669a7%2Fmtoiofb_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Question 25
U=4m/s
Ps
Po
Ultimate
width
(link to image)
A pitot static probe in a uniform air flow of 4 m/s can be modelled in 2D using a source placed at the origin. The ultimate width of the pitot-static probe is 7 mm.
a) The location of the leading edge of the probe is x =
v mm, y =0 mm
b) The probe's static tapping is placed at x 0.8 mm, y = 2.1mm, the magnitude of the flow velocity at this point is
v m/s
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