The velocity along the centreline of a nozzle of length L is given by 2 V = 2t| 1- 2L where, V= Velocity in m/s, t= time, in seconds, from commencement of flow, x = distance from inlet to the nozzle....

Solve itThe velocity along the centreline of a nozzle of length L is given by<br>2<br>V = 2t| 1-<br>2L<br>where, V= Velocity in m/s, t= time, in seconds, from commencement of flow, x = distance from<br>inlet to the nozzle. Find the convective acceleration, local acceleration and the total acceleration<br>when t = 3s, x = 0.5 m and L = 0.8 m.<br>

Extracted text: The velocity along the centreline of a nozzle of length L is given by 2 V = 2t| 1- 2L where, V= Velocity in m/s, t= time, in seconds, from commencement of flow, x = distance from inlet to the nozzle. Find the convective acceleration, local acceleration and the total acceleration when t = 3s, x = 0.5 m and L = 0.8 m.

Jun 11, 2022
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