Solved

If Is the Current Density and Is a Vector

Question 7

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

Correct Answer:

verifed

Verified

Unlock this answer now
Get Access to more Verified Answers free of charge

Related Questions

Q5: Two conductors are made of the same

Q6: Five cylindrical wires are made of the

Q6: Of the following the copper conductor that

Q11: Which of the following graphs best represents

Q16: The units of resistivity are:<br>A)ohm<br>B)ohm·meter<br>C)ohm/meter<br>D)ohm/meter<sup>2</sup><br>E)none of these

Q19: A 10-ohm resistor has a constant current.

Q29: A certain sample carries a current

Q37: An ordinary light bulb is marked

Q43: For an ohmic resistor, resistance is the

Q44: Conductivity is:<br>A) the same as resistivity,