Determine the static pressure to stagnation pressure ratio associated with the following motion in standard air: (a) a runner moving at the rate of 5 mph, (b) a cyclist moving at the rate of 40 mph, (c) a car moving at the rate of 65 mph, (d) an airplane moving at the rate of 500 mph on the altitude of 30000 ft. (a) p/po = i (b) p/po = i (c) p/po = i (d) p/po = i

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Determine the static pressure to stagnation pressure ratio associated with the following motion in
standard air: (a) a runner moving at the rate of 5 mph, (b) a cyclist moving at the rate of 40 mph, (c) a car
moving at the rate of 65 mph, (d) an airplane moving at the rate of 500 mph on the altitude of 30000 ft.
(a) p/po = i
(b) p/po = i
(c) p/po = i
(d) p/po = i
Transcribed Image Text:Determine the static pressure to stagnation pressure ratio associated with the following motion in standard air: (a) a runner moving at the rate of 5 mph, (b) a cyclist moving at the rate of 40 mph, (c) a car moving at the rate of 65 mph, (d) an airplane moving at the rate of 500 mph on the altitude of 30000 ft. (a) p/po = i (b) p/po = i (c) p/po = i (d) p/po = i
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