A tornado is simulated by a line sink m = -1000 m2/s plus aline vortex K = 1600 m2/s. Find the angle between anystreamline and a radial line, and show that it is independent ofboth r and θ. If this tornado forms in sea-level standard air, atwhat radius will the local pressure be equivalent to 29 inHg?
A tornado is simulated by a line sink m = -1000 m2/s plus aline vortex K = 1600 m2/s. Find the angle between anystreamline and a radial line, and show that it is independent ofboth r and θ. If this tornado forms in sea-level standard air, atwhat radius will the local pressure be equivalent to 29 inHg?
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 tornado is simulated by a line sink m = -1000 m2/s plus a
line vortex K = 1600 m2/s. Find the angle between any
streamline and a radial line, and show that it is independent of
both r and θ. If this tornado forms in sea-level standard air, at
what radius will the local pressure be equivalent to 29 inHg?
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