A sample of paramagnetic salt contains `2xx10^(24)` atomic dipoles, each of moment `1.5xx10^(-23)JT^-1`. The sample is placed under a homogeneous magnetic field of `0.64T` and cooled to a temperature of `4.2K`. The degree of magnetic saturation archieved is equal to `15%`. What is the total dipole moment of the sample for a mangetic field of `0.98T` and a temperature of `2.8K`. (Assume Curie's law).

A sample of of paramagnetic salt contains 2.0xx10^(24) atomic dipoles each of dipole moment 1.5xx10^(-23)JT^(-1) . The sample is placed under a homogeneous magnetic field of 0.64 T , cooled to a temperature of 4.2 K . The degree of magnetic saturation achieved is equal to 15% . What is the total dipole moment of the sample for a magnetic field of 0.98 T and a temperature of 2.8 K ? (Assume Curie's law)

A sample of paramagnetic salt contains 2.0 xx 10^24 atomic dipoles each of dipole moment 1.5 xx 10^-23 JT^-1 . The sample is placed under a homogeneous magnetic field of 0.64 T, and cooled to a temperature of 4.2 K. The degree of magnetic saturation achieved is equal to 15%. What is the total dipole moment of the sample for a magnetic field of 0.98 T and a temperature of 2.8 K? (Assume Curie’s law)

A sample of paramagnetic salt contains 2.0 xx 10^(24) atomic dipoles each of dipoles moment 1.5 xx 10^(-23) J T^(-1) . The sample is placed under a homogeneous magnetic field of 0.64 T, and cooled to a temperature of 4.2K. The degree of magnetic saturation achieved is equal to 15%. What is the total dipole moment of the sample for a magnetic field of 0.98 T and a temperature of 2.8 K? (Assume Curie's law)

A sample of paramagnetic salt contains 2.0xx 10^(24) atomic dipoles each of dipole moment 1.5 xx 10^(-23) J T^(-1) . The sample is placed under a homogeneous magnetic field of 0.64 T, and cooled to a temperature of 4.2 K. The degree of magnetic saturation achieved is equal to 15%. What is the total dipole moment of the sample for a magnetic field of 0.98 T and a temperature of 2.8 K ? (Assume Curie's law)

A sample of a paramagnetic salt contains 2.0 xx 10^(24) atomic dipoles each of dipole moment 1.5 xx10^(-23) JT ^(-1) . The sample is placed under a homogeneous magnetic field of 0.64 T and cooled to a temperature of 4.2 K. The degree of magnetic saturation achieved is equal to 15%. What is the total dipole moment of the sample for a magnetic field of 0.98 T and a temperature of 2.8 K ? ( Assume Curie's law)

It is known from Curie's law that magnetic moment (m) of a paramagnetic sample is directly proporational to the ratio of the external magnetic field (B) to the absolute temperature (T). A sample of paramagnetic salt contains 2.0 xx 10^(24) atomic dipoles each of dipole moment 1.5xx 10^(-23) JT^(-1) . Sample is placed under a homogeneous magnetic field of 0.84 T and cooled to a temperature of 4.2. The drgree of magnetic saturation achevied is equal to 15% . You may assume that 85% dipoles are randomly oriented and do not contributes to the magnetisation . The total diploe moment of the sample , for a magnetic field of 0.98T and a temperature of 2.8 K , is

It is known from Curie's law that magnetic moment (m) of a paramagnetic sample is directly proporational to the ratio of the external magnetic field (B) to the absolute temperature (T). A sample of paramagnetic salt contains 2.0 xx 10^(24) atomic dipoles each of dipole moment 1.5xx 10^(-23) JT^(-1) . Sample is placed under a homogeneous magnetic field of 0.84 T and cooled to a temperature of 4.2. The drgree of magnetic saturation achevied is equal to 15% . You may assume that 85% dipoles are randomly oriented and do not contributes to the magnetisation . The total diploe moment of the sample , for a magnetic field of 0.98T and a temperature of 2.8 K , is

A sample of a paramagnetic salt containing 3xx10^(24) atomic dipoles each of dipole moment 2xx10^(-23) A-m^(2) is subjected to a uniform magnetic field of 800 mT and cooled to a temperature of 3.5 K. The degree of magnetic saturation achieved is 10%. If the sample is subjected to a magnetic field of 990 mT and cooled to a temperature of 2.1 K, then the total dipole moment of the sample is