- A$\frac{1}{300}$
- B$300$
- ✓$\frac{1}{600}$
- D$600$
Answer: C.
View full solution →112 questions across 4 question groups — pick any mix to generate a Physics paper with step-by-step answer keys.
M.C.Q (1 Marks)
29 Q→02Short Answer Type Question
22 Q→03Answer the following in Brief
29 Q→04Answer the following in Detail
32 Q→One sample from each question group in this chapter. Select any group above to see the full set with answer keys.
Answer: C.
View full solution →Answer: B.
View full solution →Answer: D.
View full solution →Answer: A.
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View full solution →| Ion | Electron configuration | Magnetic moment (in terms of /$i_B$) |
| $Fe^3 +$ | [Ar] $3s^23p^63d^5$ | $5.9$ |
| $Fe^2^+$ | [Ar] $3s^23p^63d^6$ | $5.4$ |
| $Co^2^+$ | [Ar] $3s^23p^63d^7$ | $4.8$ |
| $n^{2+}$ | [Ar] $3s^23p^63d^8$ | $3.2$ |

Hysteresis loop for hard and soft ferramagnetic materials.
Magnetic Susceptibility (χ) is the indicator of measure of the response of a given material to the external applied magnetic field. In other words it indicates as to how much magnetization will be produced in a given substance when kept in an external magnetic field. Again it is analogous to electrical susceptibility. This means when the substance is kept in a magnetic field, the atomic dipole moments either align or oppose the external magnetic field. If the atomic dipole moments of the substance are opposing the field, χ is observed to be negative, and if the atomic dipole moments align themselves in the direction of field, χ is observed to be positive. The number of atomic dipole moments of getting aligned in the direction of the applied magnetic field is proportional to χ. It is large for soft iron (χ >1000).
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