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The ionic radius of two ions A+ and B- is 88PM and 200PM respectively. If AB is closed packed crystal, then determine the coordination number of A+ ion.?
Most Upvoted Answer
The ionic radius of two ions A+ and B- is 88PM and 200PM respectively....
Explanation:




Definition: The coordination number of an ion is the number of ions of opposite charge surrounding it in a crystal lattice.




Given that the ionic radius of ion A is 88PM and the ionic radius of ion B- is 200PM. Therefore, the radius ratio is 88/200 = 0.44.




Radius Ratio Rule: It states that the coordination number of a cation in an ionic crystal is determined by the ratio of the radius of the cation to the radius of the anion.




Since the AB crystal is a closed packed structure, the anion B- forms a close-packed arrangement, and the cation A fits into the octahedral holes between the anions in a close-packed arrangement. Therefore, the coordination number of A ion will be 6.




Conclusion: The coordination number of A ion is 6.
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The ionic radius of two ions A+ and B- is 88PM and 200PM respectively....
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The ionic radius of two ions A+ and B- is 88PM and 200PM respectively. If AB is closed packed crystal, then determine the coordination number of A+ ion.?
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The ionic radius of two ions A+ and B- is 88PM and 200PM respectively. If AB is closed packed crystal, then determine the coordination number of A+ ion.? for NEET 2024 is part of NEET preparation. The Question and answers have been prepared according to the NEET exam syllabus. Information about The ionic radius of two ions A+ and B- is 88PM and 200PM respectively. If AB is closed packed crystal, then determine the coordination number of A+ ion.? covers all topics & solutions for NEET 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for The ionic radius of two ions A+ and B- is 88PM and 200PM respectively. If AB is closed packed crystal, then determine the coordination number of A+ ion.?.
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