2. Suppose you wish to use a spinning cylinder to create lift for an aircraft. A cylinder of radius r and rotates with angular velocity . If the cylinder is traveling with velocity Vo, find an expression for the lift generated per unit length in terms of these quantities and the density, p. Find the angular rate required (in radians/s and in rpm) for the cylinder to lift a small aircraft with m = 1100 kg, Voo = 120 kt, r = 1 m, and p = 1.0 kg/m³. The "wing span" is 8 m.
2. Suppose you wish to use a spinning cylinder to create lift for an aircraft. A cylinder of radius r and rotates with angular velocity . If the cylinder is traveling with velocity Vo, find an expression for the lift generated per unit length in terms of these quantities and the density, p. Find the angular rate required (in radians/s and in rpm) for the cylinder to lift a small aircraft with m = 1100 kg, Voo = 120 kt, r = 1 m, and p = 1.0 kg/m³. The "wing span" is 8 m.
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
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Transcribed Image Text:2. Suppose you wish to use a spinning cylinder to create lift for an aircraft. A cylinder of radius r and
rotates with angular velocity . If the cylinder is traveling with velocity V, find an expression for
the lift generated per unit length in terms of these quantities and the density, p. Find the angular
rate required (in radians/s and in rpm) for the cylinder to lift a small aircraft with m = 1100 kg,
Voo
= 1.0 kg/m³. The "wing span" is 8 m.
120 kt, r = 1 m, and p =
=
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