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A compound of formula a2b3 has the hcp lattice. Which atom forms the hcp lattice and what fraction of tetrahedral voids is occupied by the other atoms?
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A compound of formula a2b3 has the hcp lattice. Which atom forms the h...
Explanation:
- What is hcp lattice?
- The hcp (hexagonal close-packed) lattice is a type of crystal structure where the atoms are arranged in a close-packed hexagonal pattern.
- In an hcp lattice, each atom has 12 nearest neighbors, and the lattice can be described by two lattice parameters, a and c.
- Which atom forms the hcp lattice?
- In an a2b3 compound with an hcp lattice, the a atoms form the hcp lattice.
- What fraction of tetrahedral voids is occupied by the other atoms?
- The b atoms occupy the tetrahedral voids in the hcp lattice.
- The hcp lattice has two types of voids: octahedral and tetrahedral voids.
- The b atoms occupy one-third of the tetrahedral voids in the hcp lattice.
- Therefore, the fraction of tetrahedral voids occupied by the b atoms is 1/3.
Community Answer
A compound of formula a2b3 has the hcp lattice. Which atom forms the h...
A atoms occupy hcp lattice and 3/4th of B atoms occupy tetrahedral voids
a6b9=a2b3
a6b9=a2b3
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A compound of formula a2b3 has the hcp lattice. Which atom forms the hcp lattice and what fraction of tetrahedral voids is occupied by the other atoms?
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A compound of formula a2b3 has the hcp lattice. Which atom forms the hcp lattice and what fraction of tetrahedral voids is occupied by the other atoms? for NEET 2024 is part of NEET preparation. The Question and answers have been prepared according to the NEET exam syllabus. Information about A compound of formula a2b3 has the hcp lattice. Which atom forms the hcp lattice and what fraction of tetrahedral voids is occupied by the other atoms? covers all topics & solutions for NEET 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for A compound of formula a2b3 has the hcp lattice. Which atom forms the hcp lattice and what fraction of tetrahedral voids is occupied by the other atoms?.
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