The provided equation is :
curl(curl→{v})=grad(div→{v})-V^{2}→{v},→{v}
And to show that
In that equation, any is a vector:
= ˆr r sin θ ∂ ∂θ (aφ sin θ) − ∂ ∂φ(aθ) + θˆ r sin θ ∂ ∂φ(ar ) − ∂ ∂r (aφr sin θ) + φˆ r ∂ ∂r (aθr ) − ∂ ∂θ (ar )
And if isolenoidal,
To determine curl (curl →{v):
We can begin by summing the pair of the equation to obtain:
Then, together with the other pair as:
The curl equation for (curl →{v) therefore becomes:
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