Write the unit and formula of the magnetic dipole moment due to a current-carrying loop.
(N/A) The magnetic dipole moment $(M)$ of a current-carrying loop is defined as the product of the current $(I)$ flowing through the loop and the area $(A)$ enclosed by the loop.
The formula is given by: $M = I \times A$
Where:
$I$ is the current in Amperes $(A)$
$A$ is the area of the loop in square meters $(m^2)$
The $SI$ unit of magnetic dipole moment is Ampere-meter squared $(A \cdot m^2)$.
The formula is given by: $M = I \times A$
Where:
$I$ is the current in Amperes $(A)$
$A$ is the area of the loop in square meters $(m^2)$
The $SI$ unit of magnetic dipole moment is Ampere-meter squared $(A \cdot m^2)$.
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