Parvinbhai Consider a forced vortex in water (density is p = 1000 kg m-3), where the velocity components are given byV₁=0, V₂=crand the vorticity is given by w = 2.0 s1. Calculate (to one decimal place) the pressure drop magnitude (in Pa) between the centre of the vortex and a location at 0.1 m radius.

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Consider a forced vortex in water (density is p = 1000 kg m-³), where the velocity components are given by V₁=0, Ve=cr and the vorticity is given by w = 2.0 s1. Calculate (to one decimal place) the pressure drop magnitude (in Pa) between the centre of the vortex and a location at 0.1 m radius.

Consider a forced vortex in water (density is p = 1000 kg m-³), where the velocity components are given by V₁=0, Ve=cr and the vorticity is given by w = 2.0 s1. Calculate (to one decimal place) the pressure drop magnitude (in Pa) between the centre of the vortex and a location at 0.1 m radius.

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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Question

Parvinbhai

Consider a forced vortex in water (density is p = 1000 kg m-3), where the velocity components are given by
V₁=0, V₂=cr
and the vorticity is given by w = 2.0 s1. Calculate (to one decimal place) the pressure drop magnitude (in Pa) between the centre of the vortex and a location at 0.1 m radius.

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