363006 A current loop placed in a magnetic field behaves like a

363007 Current is flowing in a wire frame kept as shown in the figure where \(EDCF\) is in \(y-z\) plane and \(A F C B\) is in \(x-z\) plane. Current in the wire frame is \(i\) and length of each side is \(a\). The magnetic moment of loop is

363008 Assertion :
A planar circular loop of area \(A\) and carrying current \(I\) is equivalent to magnetic dipole.
Reason :
At large distances, magnetic field of circular loop and magnetic dipole is same.

363009 Calculate the magnetic moment (in \({{Am}^{2}}\) ) of a thin wire with a current \({I=8 {~A}}\), wound tightly on a half a tore (see figure). The diameter of the cross section of the tore is equal to \({d=5 {~cm}}\), and the number of turns is \({N=500}\).

363010 Assertion :
When radius of circular loop carrying current is doubled its magnetic moment becomes four times.
Reason :
Magnetic moment is inversely proportional to on area of the loop.

363006 A current loop placed in a magnetic field behaves like a

363007 Current is flowing in a wire frame kept as shown in the figure where \(EDCF\) is in \(y-z\) plane and \(A F C B\) is in \(x-z\) plane. Current in the wire frame is \(i\) and length of each side is \(a\). The magnetic moment of loop is

363008 Assertion :
A planar circular loop of area \(A\) and carrying current \(I\) is equivalent to magnetic dipole.
Reason :
At large distances, magnetic field of circular loop and magnetic dipole is same.

363009 Calculate the magnetic moment (in \({{Am}^{2}}\) ) of a thin wire with a current \({I=8 {~A}}\), wound tightly on a half a tore (see figure). The diameter of the cross section of the tore is equal to \({d=5 {~cm}}\), and the number of turns is \({N=500}\).

363010 Assertion :
When radius of circular loop carrying current is doubled its magnetic moment becomes four times.
Reason :
Magnetic moment is inversely proportional to on area of the loop.

363006 A current loop placed in a magnetic field behaves like a

363007 Current is flowing in a wire frame kept as shown in the figure where \(EDCF\) is in \(y-z\) plane and \(A F C B\) is in \(x-z\) plane. Current in the wire frame is \(i\) and length of each side is \(a\). The magnetic moment of loop is

363008 Assertion :
A planar circular loop of area \(A\) and carrying current \(I\) is equivalent to magnetic dipole.
Reason :
At large distances, magnetic field of circular loop and magnetic dipole is same.

363009 Calculate the magnetic moment (in \({{Am}^{2}}\) ) of a thin wire with a current \({I=8 {~A}}\), wound tightly on a half a tore (see figure). The diameter of the cross section of the tore is equal to \({d=5 {~cm}}\), and the number of turns is \({N=500}\).

363010 Assertion :
When radius of circular loop carrying current is doubled its magnetic moment becomes four times.
Reason :
Magnetic moment is inversely proportional to on area of the loop.

363006 A current loop placed in a magnetic field behaves like a

363007 Current is flowing in a wire frame kept as shown in the figure where \(EDCF\) is in \(y-z\) plane and \(A F C B\) is in \(x-z\) plane. Current in the wire frame is \(i\) and length of each side is \(a\). The magnetic moment of loop is

363008 Assertion :
A planar circular loop of area \(A\) and carrying current \(I\) is equivalent to magnetic dipole.
Reason :
At large distances, magnetic field of circular loop and magnetic dipole is same.

363009 Calculate the magnetic moment (in \({{Am}^{2}}\) ) of a thin wire with a current \({I=8 {~A}}\), wound tightly on a half a tore (see figure). The diameter of the cross section of the tore is equal to \({d=5 {~cm}}\), and the number of turns is \({N=500}\).

363010 Assertion :
When radius of circular loop carrying current is doubled its magnetic moment becomes four times.
Reason :
Magnetic moment is inversely proportional to on area of the loop.

363006 A current loop placed in a magnetic field behaves like a

363007 Current is flowing in a wire frame kept as shown in the figure where \(EDCF\) is in \(y-z\) plane and \(A F C B\) is in \(x-z\) plane. Current in the wire frame is \(i\) and length of each side is \(a\). The magnetic moment of loop is

363008 Assertion :
A planar circular loop of area \(A\) and carrying current \(I\) is equivalent to magnetic dipole.
Reason :
At large distances, magnetic field of circular loop and magnetic dipole is same.

363009 Calculate the magnetic moment (in \({{Am}^{2}}\) ) of a thin wire with a current \({I=8 {~A}}\), wound tightly on a half a tore (see figure). The diameter of the cross section of the tore is equal to \({d=5 {~cm}}\), and the number of turns is \({N=500}\).

363010 Assertion :
When radius of circular loop carrying current is doubled its magnetic moment becomes four times.
Reason :
Magnetic moment is inversely proportional to on area of the loop.