Two magnets of magnetic moments of M-1- M-2- are placed one over the other with like poles touching- then the resultant magnetic moment is-M-1-M-2-sqrt-M-2-1-M-2-2-sqrt-M-2-1-M-2-2-M-1-M-2-

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Toppr Admin · Accepted Answer

Thye two vectors will be in the same direction- Hence the two vectors will add up-Hence M-M1-M2

Two magnets of magnetic moments of $M_{1}, M_{2}$ are placed one over the other with like poles touching, then the resultant magnetic moment is:

$M_{1} + M_{2}$
$\sqrt{M_{1}^{2} + M_{2}^{2}}$
$\sqrt{M_{1}^{2} - M_{2}^{2}}$
$M_{1} - M_{2}$

Thye two vectors will be in the same direction, Hence the two vectors will add up.
Hence $M = M_{1} + M_{2}$

Two magnets of magnetic moments of M1,M2 are placed one over the other with like poles touching, then the resultant magnetic moment is:M1+M2√M21+M22√M21−M22M1−M2

Thye two vectors will be in the same direction, Hence the two vectors will add up.Hence M=M1+M2

Two magnets of magnetic moments of $M_{1}, M_{2}$ are placed one over the other with like poles touching, then the resultant magnetic moment is:

$M_{1} + M_{2}$
$\sqrt{M_{1}^{2} + M_{2}^{2}}$
$\sqrt{M_{1}^{2} - M_{2}^{2}}$
$M_{1} - M_{2}$

Thye two vectors will be in the same direction, Hence the two vectors will add up.
Hence $M = M_{1} + M_{2}$