Somewhere, the electrical potential function is determined to be v= 4x - 3x^2y + 2yz^2. Find expressions for the components x, y and z of the electric field (E) in this region. Using these expressions, find the corresponding magnitudes of the electric field for a Point s with coordinates in meters (0,1,1) for those expressed in the options. a) Ex: b) Ey: c) Ez: d) Es point:
Somewhere, the electrical potential function is determined to be v= 4x - 3x^2y + 2yz^2. Find expressions for the components x, y and z of the electric field (E) in this region. Using these expressions, find the corresponding magnitudes of the electric field for a Point s with coordinates in meters (0,1,1) for those expressed in the options. a) Ex: b) Ey: c) Ez: d) Es point:
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Somewhere, the electrical potential function is determined to be v= 4x - 3x^2y + 2yz^2. Find expressions for the components x, y and z of the electric field (E) in this region. Using these expressions, find the corresponding magnitudes of the electric field for a Point s with coordinates in meters (0,1,1) for those expressed in the options.
a) Ex:
b) Ey:
c) Ez:
d) Es point:
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