List - I (Type) List - II (Examples) A. Diamagnetic Materials I. Aluminium, Sodium, Calcium B. Paramagnetic Materials II. $\text{SrTiO}_{3-x}$, $\text{LiTi}_{2}\text{O}_{4}$, $\text{Ba}(\text{Pb, Bi})\text{O}_{3}$ C. Ferromagnetic Materials III. Bismuth, Copper, lead D. High temperature superconductors IV. Alnico
Choose the correct answer from the options given below :
This question requires matching different types of magnetic materials with their respective examples. We will analyze each category from List-I and find its correct match in List-II.
Based on the analysis, the correct matching is:
This corresponds to option 3.
| List - I | List - II |
|---|---|
| A. Bloch wall | I. Directs the magnetisation along directions of easy magnetisaton |
| B. Anisotropy energy | II. Above which the susceptibility of a ferromagnetic material obeys Curie-Weiss Law |
| C. Magnon | III. Separates domains magnetised in different directions |
| D. Curie Temperature | IV. Quantised spin wave |
Match List - I with List - II.
| List - I (System) | List - II (Density of States) |
|---|---|
| A. Bulk semiconductor | I. ![]() |
| B. Quantum well | II. ![]() |
| C. Quantum wire | III. ![]() |
| D. Quantum dot | IV. ![]() |
Choose the correct answer from the options given below :
| List - I | List - II |
|---|---|
| A. Young's Modulus | I. $\frac{-\text{V}\text{d}\text{P}}{\text{d}\text{V}}$ |
| B. Bulk Modulus | II. $\frac{-\Delta\text{d}/\text{d}}{\Delta\text{L}/\text{L}}$ |
| C. Modulus of Rigidity | III. $\frac{\text{FL}}{\text{A}\Delta\text{L}}$ |
| D. Poisson Ratio | IV. $\frac{\text{F}/\text{A}}{x/h}$ |