360596 Two magnets of equal magnetic moments \(M\) each are placed as shown in figure. The resultant magnetic moment is

360597 Following figures show the arrangenment of bar magnets in different configurations. Each magnet has magnetic dipole moment \(M\). Which configuration has the highest net magnetic dipole moment?

360598 Two magnets have the same length and the same pole strength, but one of the magnets has a small hole at its center then

360599 The dipole moment associated with an iron atom in an iron bar is \(1.8 \times {10^{ - 23}}A{m^2}\). Assume the bar is 5\(cm\) long, has cross-sectional area of \(1\,c{m^2}\) and all iron atoms have their dipole moment aligned. The dipole moment of the bar is [density \( = 7.8\;g/cc]\)

360600 Assertion :
The individual poles of magnet cannot be separated by breaking into two pieces.
Reason :
The magnetic moment will be reduced to half when a magnet is broken into two equal pieces.

360596 Two magnets of equal magnetic moments \(M\) each are placed as shown in figure. The resultant magnetic moment is

360597 Following figures show the arrangenment of bar magnets in different configurations. Each magnet has magnetic dipole moment \(M\). Which configuration has the highest net magnetic dipole moment?

360598 Two magnets have the same length and the same pole strength, but one of the magnets has a small hole at its center then

360599 The dipole moment associated with an iron atom in an iron bar is \(1.8 \times {10^{ - 23}}A{m^2}\). Assume the bar is 5\(cm\) long, has cross-sectional area of \(1\,c{m^2}\) and all iron atoms have their dipole moment aligned. The dipole moment of the bar is [density \( = 7.8\;g/cc]\)

360600 Assertion :
The individual poles of magnet cannot be separated by breaking into two pieces.
Reason :
The magnetic moment will be reduced to half when a magnet is broken into two equal pieces.

360596 Two magnets of equal magnetic moments \(M\) each are placed as shown in figure. The resultant magnetic moment is

360597 Following figures show the arrangenment of bar magnets in different configurations. Each magnet has magnetic dipole moment \(M\). Which configuration has the highest net magnetic dipole moment?

360598 Two magnets have the same length and the same pole strength, but one of the magnets has a small hole at its center then

360599 The dipole moment associated with an iron atom in an iron bar is \(1.8 \times {10^{ - 23}}A{m^2}\). Assume the bar is 5\(cm\) long, has cross-sectional area of \(1\,c{m^2}\) and all iron atoms have their dipole moment aligned. The dipole moment of the bar is [density \( = 7.8\;g/cc]\)

360600 Assertion :
The individual poles of magnet cannot be separated by breaking into two pieces.
Reason :
The magnetic moment will be reduced to half when a magnet is broken into two equal pieces.

360596 Two magnets of equal magnetic moments \(M\) each are placed as shown in figure. The resultant magnetic moment is

360597 Following figures show the arrangenment of bar magnets in different configurations. Each magnet has magnetic dipole moment \(M\). Which configuration has the highest net magnetic dipole moment?

360598 Two magnets have the same length and the same pole strength, but one of the magnets has a small hole at its center then

360599 The dipole moment associated with an iron atom in an iron bar is \(1.8 \times {10^{ - 23}}A{m^2}\). Assume the bar is 5\(cm\) long, has cross-sectional area of \(1\,c{m^2}\) and all iron atoms have their dipole moment aligned. The dipole moment of the bar is [density \( = 7.8\;g/cc]\)

360600 Assertion :
The individual poles of magnet cannot be separated by breaking into two pieces.
Reason :
The magnetic moment will be reduced to half when a magnet is broken into two equal pieces.

360596 Two magnets of equal magnetic moments \(M\) each are placed as shown in figure. The resultant magnetic moment is

360597 Following figures show the arrangenment of bar magnets in different configurations. Each magnet has magnetic dipole moment \(M\). Which configuration has the highest net magnetic dipole moment?

360598 Two magnets have the same length and the same pole strength, but one of the magnets has a small hole at its center then

360599 The dipole moment associated with an iron atom in an iron bar is \(1.8 \times {10^{ - 23}}A{m^2}\). Assume the bar is 5\(cm\) long, has cross-sectional area of \(1\,c{m^2}\) and all iron atoms have their dipole moment aligned. The dipole moment of the bar is [density \( = 7.8\;g/cc]\)

360600 Assertion :
The individual poles of magnet cannot be separated by breaking into two pieces.
Reason :
The magnetic moment will be reduced to half when a magnet is broken into two equal pieces.