2. (Problem 2.5) For steady flow through a conical nozzle of length L, the velocity in the direction of flow, x direction, is approximately √x = Uo (1-1)-2 where Uo is the velocity at the entrance to the nozzle. (a) Determine the acceleration in the x direction at x = 1 m for Uo = 5 m s¹ and L = 2 m. (b) The velocity given by the above equation is approximate. Identify two locations along the nozzle where the velocity will not be correct.

Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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2. (Problem 2.5) For steady flow through a conical nozzle of length L, the velocity in the direction of flow,
x direction, is approximately
√x =
Uo (1-1)-2
where Uo is the velocity at the entrance to the nozzle.
(a) Determine the acceleration in the x direction at x = 1 m for Uo = 5 m s¹ and L = 2 m.
(b) The velocity given by the above equation is approximate. Identify two locations along the
nozzle where the velocity will not be correct.
Transcribed Image Text:2. (Problem 2.5) For steady flow through a conical nozzle of length L, the velocity in the direction of flow, x direction, is approximately √x = Uo (1-1)-2 where Uo is the velocity at the entrance to the nozzle. (a) Determine the acceleration in the x direction at x = 1 m for Uo = 5 m s¹ and L = 2 m. (b) The velocity given by the above equation is approximate. Identify two locations along the nozzle where the velocity will not be correct.
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