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6. The magnitude of the x-component of a unit vector at the point (1, 1) that is normal to $(r) = where r = /x² +y², is %3D equi- potential lines of the potential function _(accurate to two decimal places).

6. The magnitude of the x-component of a unit vector at the point (1, 1) that is normal to $(r) = where r = /x² +y², is %3D equi- potential lines of the potential function _(accurate to two decimal places).

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6. The magnitude of the x-component of a unit vector at the point (1, 1) that is normal to $(r) =, where r = Vx² + y², r2+ equi- potential lines of the potential function is _(accurate to two decimal places).
Transcribed Image Text:6. The magnitude of the x-component of a unit vector at the point (1, 1) that is normal to $(r) =, where r = Vx² + y², r2+ equi- potential lines of the potential function is _(accurate to two decimal places).
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