Question (4): (8 Marks) As the valve in Figure (3) is being closed, oil particles flowing through the nozzle along the center streamline have a velocity of V - 136(1 + 0.4X)(1 - 0.25t )| m's, where x is in meters and t is in seconds. Determine the acceleration of an oil particle at x- 0.2 m when t- 2 s? What does the local and convective acceleration components indicate? Figure (3)
Question (4): (8 Marks) As the valve in Figure (3) is being closed, oil particles flowing through the nozzle along the center streamline have a velocity of V - 136(1 + 0.4X)(1 - 0.25t )| m's, where x is in meters and t is in seconds. Determine the acceleration of an oil particle at x- 0.2 m when t- 2 s? What does the local and convective acceleration components indicate? Figure (3)
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Transcribed Image Text:Question (4):
(8 Marks)
As the valve in Figure (3) is being closed, oil particles
flowing through the nozzle along the center streamline
have a velocity of V - 136(1 + 0.4X)(1 - 0.25t )| m's,
where x is in meters and t is in seconds. Determine the
acceleration of an oil particle at x - 0.2 m when t-2 s?
What does the local and convective acceleration
components indicate?
Figure (3)
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