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If Is the Current Density and Is a Vector

Question 4

Multiple Choice

If If is the current density and is a vector element of area then the integral over an area represents: A) the electric flux through the area B) the average current density at the position of the area C) the resistance of the area D) the resistivity of the area E) the current through the area is the current density and If is the current density and is a vector element of area then the integral over an area represents: A) the electric flux through the area B) the average current density at the position of the area C) the resistance of the area D) the resistivity of the area E) the current through the area is a vector element of area then the integral If is the current density and is a vector element of area then the integral over an area represents: A) the electric flux through the area B) the average current density at the position of the area C) the resistance of the area D) the resistivity of the area E) the current through the area over an area represents:

A) the electric flux through the area
B) the average current density at the position of the area
C) the resistance of the area
D) the resistivity of the area
E) the current through the area

If Is the Current Density and Is a Vector

Multiple Choice

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Correct Answer:
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