hich one of the following statements could be an operational definition of electric current? View Available Hint (s) Which one of the following statements could be an operational definition of electric current? The magnitude of the physical quantity of electric current I in a wire equals the magnitude of the electric charge q that passes through a cross section of the wire divided by the time interval Δt needed for that charge to pass.

Question

Jeffrey Wilkinson

Physics

23 January, 06:50

hich one of the following statements could be an operational definition of electric current? View Available Hint (s) Which one of the following statements could be an operational definition of electric current? The magnitude of the physical quantity of electric current I in a wire equals the magnitude of the electric charge q that passes through a cross section of the wire divided by the time interval Δt needed for that charge to pass.

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Answers (1)

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Derick Short · Answer 1

it is True as the operational definition of electric current.

Explanation:

The definition of electric current is

I = dQ / dt

By convention the direction of the current is the direction in which a positive charge flows.

The initial expression is the derivative that is the change of the load in the unit of time and this occurs in a given cross-sectional cable.

The proposed definition is the same as this, so it is True as the operational definition of electric current.