Asked by paul gokool
If an incompressible fluid rotates like a rigid body with an angular velocity, θ ˆ q = ωR , about a vertical zaxis
and gravity, g, is the only external force acting, prove that,
a) −∇gz −
∇p = ∇
ωR − 2ωRR.
b) The pressure at any point in the fluid is given by,
= r w R - g z + constant
2
1
p 2 2 ,
where ω is a constant and R is the distance from the axis.
and gravity, g, is the only external force acting, prove that,
a) −∇gz −
∇p = ∇
ωR − 2ωRR.
b) The pressure at any point in the fluid is given by,
= r w R - g z + constant
2
1
p 2 2 ,
where ω is a constant and R is the distance from the axis.
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