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In solid AB having NaCl structure,A atoms occupy every ccp,B atoms are in OHV.If all face centred atoms along one axes are removed,then resultant stoichiometry is-1)AB2 2)A2B 3)A4B3 4)A3B4 The correct answer is A3B4.How?
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Stoichiometry of Solid AB with NaCl Structure
NaCl structure refers to the crystal structure in which the cations and anions are arranged in a face-centered cubic (fcc) lattice. In this structure, A atoms occupy every ccp, while B atoms are in octahedral holes (OHV).
Removing Face-Centered Atoms
If all face-centered atoms along one axis are removed, then the resulting stoichiometry can be calculated as follows:
- The fcc lattice consists of eight corner atoms and six face-centered atoms, which contributes half of an atom to the unit cell.
- Removing all face-centered atoms along one axis means that we remove half of the atoms that contribute to the unit cell.
- Since the stoichiometry of the original solid is AB, we can assume that there are equal numbers of A and B atoms in the unit cell.
- Therefore, removing half of the atoms means that we are left with half of the original number of B atoms.
- The resulting stoichiometry can be expressed as A3B4 because we have three times the original number of A atoms and four times the remaining number of B atoms.
Explanation
The NaCl structure has one A atom and one B atom per unit cell, which gives the stoichiometry AB. Removing all face-centered atoms along one axis means that we are left with half of the atoms that contribute to the unit cell, which results in a stoichiometry of A3B4. This is because we have three times the original number of A atoms and four times the remaining number of B atoms.
NaCl structure refers to the crystal structure in which the cations and anions are arranged in a face-centered cubic (fcc) lattice. In this structure, A atoms occupy every ccp, while B atoms are in octahedral holes (OHV).
Removing Face-Centered Atoms
If all face-centered atoms along one axis are removed, then the resulting stoichiometry can be calculated as follows:
- The fcc lattice consists of eight corner atoms and six face-centered atoms, which contributes half of an atom to the unit cell.
- Removing all face-centered atoms along one axis means that we remove half of the atoms that contribute to the unit cell.
- Since the stoichiometry of the original solid is AB, we can assume that there are equal numbers of A and B atoms in the unit cell.
- Therefore, removing half of the atoms means that we are left with half of the original number of B atoms.
- The resulting stoichiometry can be expressed as A3B4 because we have three times the original number of A atoms and four times the remaining number of B atoms.
Explanation
The NaCl structure has one A atom and one B atom per unit cell, which gives the stoichiometry AB. Removing all face-centered atoms along one axis means that we are left with half of the atoms that contribute to the unit cell, which results in a stoichiometry of A3B4. This is because we have three times the original number of A atoms and four times the remaining number of B atoms.
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In solid AB having NaCl structure,A atoms occupy every ccp,B atoms are in OHV.If all face centred atoms along one axes are removed,then resultant stoichiometry is-1)AB2 2)A2B 3)A4B3 4)A3B4 The correct answer is A3B4.How?
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In solid AB having NaCl structure,A atoms occupy every ccp,B atoms are in OHV.If all face centred atoms along one axes are removed,then resultant stoichiometry is-1)AB2 2)A2B 3)A4B3 4)A3B4 The correct answer is A3B4.How? for NEET 2024 is part of NEET preparation. The Question and answers have been prepared according to the NEET exam syllabus. Information about In solid AB having NaCl structure,A atoms occupy every ccp,B atoms are in OHV.If all face centred atoms along one axes are removed,then resultant stoichiometry is-1)AB2 2)A2B 3)A4B3 4)A3B4 The correct answer is A3B4.How? covers all topics & solutions for NEET 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for In solid AB having NaCl structure,A atoms occupy every ccp,B atoms are in OHV.If all face centred atoms along one axes are removed,then resultant stoichiometry is-1)AB2 2)A2B 3)A4B3 4)A3B4 The correct answer is A3B4.How?.
In solid AB having NaCl structure,A atoms occupy every ccp,B atoms are in OHV.If all face centred atoms along one axes are removed,then resultant stoichiometry is-1)AB2 2)A2B 3)A4B3 4)A3B4 The correct answer is A3B4.How? for NEET 2024 is part of NEET preparation. The Question and answers have been prepared according to the NEET exam syllabus. Information about In solid AB having NaCl structure,A atoms occupy every ccp,B atoms are in OHV.If all face centred atoms along one axes are removed,then resultant stoichiometry is-1)AB2 2)A2B 3)A4B3 4)A3B4 The correct answer is A3B4.How? covers all topics & solutions for NEET 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for In solid AB having NaCl structure,A atoms occupy every ccp,B atoms are in OHV.If all face centred atoms along one axes are removed,then resultant stoichiometry is-1)AB2 2)A2B 3)A4B3 4)A3B4 The correct answer is A3B4.How?.
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In solid AB having NaCl structure,A atoms occupy every ccp,B atoms are in OHV.If all face centred atoms along one axes are removed,then resultant stoichiometry is-1)AB2 2)A2B 3)A4B3 4)A3B4 The correct answer is A3B4.How?, a detailed solution for In solid AB having NaCl structure,A atoms occupy every ccp,B atoms are in OHV.If all face centred atoms along one axes are removed,then resultant stoichiometry is-1)AB2 2)A2B 3)A4B3 4)A3B4 The correct answer is A3B4.How? has been provided alongside types of In solid AB having NaCl structure,A atoms occupy every ccp,B atoms are in OHV.If all face centred atoms along one axes are removed,then resultant stoichiometry is-1)AB2 2)A2B 3)A4B3 4)A3B4 The correct answer is A3B4.How? theory, EduRev gives you an
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