Q(4) Consider a uniform air flow of wind with velocity U (m/s) passing through a rotor of disk (diameter is about 10 m) and the density is about 1.25 kg/m3. Determine the kinetic energy of wind: (a)At U=5 m/s (b)At U=8 m/s (c)At U=12 m/s Q(5) Consider a uniform air flow of wind with velocity U=10 (m/s) passing through a rotor of disk (diameter, D (m)) and the density is about 1.25 kg/m3. Determine the kinetic energy of wind : (a)At D=5 m (b)At U=8 m (c)At U=15 m
Q(4) Consider a uniform air flow of wind with velocity U (m/s) passing through a rotor of disk (diameter is about 10 m) and the density is about 1.25 kg/m3. Determine the kinetic energy of wind: (a)At U=5 m/s (b)At U=8 m/s (c)At U=12 m/s Q(5) Consider a uniform air flow of wind with velocity U=10 (m/s) passing through a rotor of disk (diameter, D (m)) and the density is about 1.25 kg/m3. Determine the kinetic energy of wind : (a)At D=5 m (b)At U=8 m (c)At U=15 m
Introductory Circuit Analysis (13th Edition)
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Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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Transcribed Image Text:Q(4) Consider a uniform air flow of wind with velocity U (m/s) passing through
a rotor of disk (diameter is about 10 m) and the density is about 1.25 kg/m3.
Determine the kinetic energy of wind:
(a)At U=5 m/s
(b)At U=8 m/s
(c)At U=12 m/s
Q(5) Consider a uniform air flow of wind with velocity U=10 (m/s) passing
through a rotor of disk (diameter, D (m)) and the density is about 1.25 kg/m3.
Determine the kinetic energy of wind :
(a)At D=5 m
(b)At U=8 m
(c)At U=15 m
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