The electric potential created by a charge distribution is V =ax+By+7Z, where a, Band Yare constants and (x, y, z) the Cartesian coordinates of a point in space. How much is the electric field associated with this electric potential: Ⓒ (to)E = axu, + ßyu, +yzu, (b) zero because the electric field is conservative ○ (c)Ẹ = ½(ax²ux + ßy²u, + 7z²u₂) −(au, + Bụy + yu̟₂) ODE
The electric potential created by a charge distribution is V =ax+By+7Z, where a, Band Yare constants and (x, y, z) the Cartesian coordinates of a point in space. How much is the electric field associated with this electric potential: Ⓒ (to)E = axu, + ßyu, +yzu, (b) zero because the electric field is conservative ○ (c)Ẹ = ½(ax²ux + ßy²u, + 7z²u₂) −(au, + Bụy + yu̟₂) ODE
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Transcribed Image Text:The electric potential created by a charge distribution is V = ax - By+7Z, where a, Band Yare constants and (x, y, z) the
Cartesian coordinates of a point in space. How much is the electric field associated with this electric potential:
Ⓒ (to) E = axu, + Byu, +‘zu,
(b) zero because the electric field is conservative
○ (c)Ẽ = ½(ax²u, + By²u, + yz²u₂)
O (d)E= -(au,+Buy +7u₂)
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