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The electirc potential at a point {({x},{y},{z})} is given by

Question

The electirc potential at a point $(x, y, z)$ is given by
$V = - x^{2} y - x z^{3} + 4$
The electric field $E$ at that point is

E = (2 x y + z^{3}) \hat{i} + x^{2} \hat{j} + 3 x z^{2} \hat{k}

E = 2 x y \hat{i} + (x^{2} + y^{2}) \hat{j} + (3 x z - y^{2}) \hat{k}

E = z^{3} \hat{i} + x y z \hat{j} + z^{2} \hat{k}

E = (2 x y - z^{3}) h a y i + x y^{2} \hat{j} + 3 z^{2} \times \hat{k}

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Sebastian Discussed

The electirc potential at a point

(x, y, z)

is given by

V = - x^{2} y - x z^{3} + 4

The electric field

E

at that point is

14 mins ago

Discuss this question LIVE

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Question Text

The electirc potential at a point

(x, y, z)

is given by

V = - x^{2} y - x z^{3} + 4

The electric field

E

at that point is

Filo tutor solution