153896 A magnetised wire of magnetic moment $M$ and length $L$ is bent in the form of a semicircle of radius $r$. The new magnetic moment is:

153898 A uniform conducting wire of length \(12 a\) and resistance \(R\) is wound up as a current (I) carrying coil in the shape of
1.an equilateral triangle of side a.
2.a square of side \(a\).
The magnetic dipole moments of the coil in each case respectively are

153899
A small bar magnet of dipole moment $M$ is moving with speed $v$ along $x$ direction towards a small closed circular conducting loop of radius ' $a$ ' with its centre $O$ at $x=0$ (see figure). Assume $x>>$ and the coil has a resistance $R$. Then which of the following statement (s) is/are true?

153900 A wire of length $L$ metre carrying a current of I ampere is bent in the form of a circle. Its magnetic moment is

153896 A magnetised wire of magnetic moment $M$ and length $L$ is bent in the form of a semicircle of radius $r$. The new magnetic moment is:

153898 A uniform conducting wire of length \(12 a\) and resistance \(R\) is wound up as a current (I) carrying coil in the shape of
1.an equilateral triangle of side a.
2.a square of side \(a\).
The magnetic dipole moments of the coil in each case respectively are

153899
A small bar magnet of dipole moment $M$ is moving with speed $v$ along $x$ direction towards a small closed circular conducting loop of radius ' $a$ ' with its centre $O$ at $x=0$ (see figure). Assume $x>>$ and the coil has a resistance $R$. Then which of the following statement (s) is/are true?

153900 A wire of length $L$ metre carrying a current of I ampere is bent in the form of a circle. Its magnetic moment is

153896 A magnetised wire of magnetic moment $M$ and length $L$ is bent in the form of a semicircle of radius $r$. The new magnetic moment is:

153898 A uniform conducting wire of length \(12 a\) and resistance \(R\) is wound up as a current (I) carrying coil in the shape of
1.an equilateral triangle of side a.
2.a square of side \(a\).
The magnetic dipole moments of the coil in each case respectively are

153899
A small bar magnet of dipole moment $M$ is moving with speed $v$ along $x$ direction towards a small closed circular conducting loop of radius ' $a$ ' with its centre $O$ at $x=0$ (see figure). Assume $x>>$ and the coil has a resistance $R$. Then which of the following statement (s) is/are true?

153900 A wire of length $L$ metre carrying a current of I ampere is bent in the form of a circle. Its magnetic moment is

153896 A magnetised wire of magnetic moment $M$ and length $L$ is bent in the form of a semicircle of radius $r$. The new magnetic moment is:

153898 A uniform conducting wire of length \(12 a\) and resistance \(R\) is wound up as a current (I) carrying coil in the shape of
1.an equilateral triangle of side a.
2.a square of side \(a\).
The magnetic dipole moments of the coil in each case respectively are

153899
A small bar magnet of dipole moment $M$ is moving with speed $v$ along $x$ direction towards a small closed circular conducting loop of radius ' $a$ ' with its centre $O$ at $x=0$ (see figure). Assume $x>>$ and the coil has a resistance $R$. Then which of the following statement (s) is/are true?

153900 A wire of length $L$ metre carrying a current of I ampere is bent in the form of a circle. Its magnetic moment is