give reason crystaline solid are anisotropic
Asked by yaag8432
| 5th Mar, 2019,
07:28: PM
Expert Answer:
Crystalline anisotropic solids have their atoms arranged in three different planes. X, Y and Z.
Due to this the physical properties of these crystalline solids such as electrical resistance or refractive index
Crystalline anisotropic solids have their atoms arranged in three different planes. X, Y and Z.
Due to this the physical properties of these crystalline solids such as electrical resistance or refractive index
show the different values when measured along the different directions in the same crystal.
Therefore the crystalline solids are anisotropic in nature.
Answered by Varsha
| 6th Mar, 2019,
11:02: AM
Concept Videos
- In diamond C atoms occupy FCC lattice points as well as alternate tetrahedral voids the edge length of unit of unit cell is 356.7pm.Calculate the closest distances between C atom and the fraction of total volume occupies by C atom.
- metal crystallises in BCC structures atomic mass of the metal is 55.8g\mol calculate edge length of unit cell of the metal
- which ionic compound shows both frenkle and schottky defect
- what craystalline solid
- why thionyl chloride method in the best method for prepare alkyl chloride
- what is unit cell
- write distinguish feature of covalent solids?
- unit cell
- Derive the formula of the ferric oxide
Kindly Sign up for a personalised experience
- Ask Study Doubts
- Sample Papers
- Past Year Papers
- Textbook Solutions
Sign Up
Verify mobile number
Enter the OTP sent to your number
Change