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In silicates, the Oxygen atom form a tetrahedral void and the limiting ratio for tetrahedral void is 0.22. The radius of oxide is 1.4Å. Find out the radius of cation [rounded up to three decimal places]:
Correct answer is between '0.307,0.309'. Can you explain this answer?
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In silicates, the Oxygen atom form a tetrahedral void and the limiting...
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In silicates, the Oxygen atom form a tetrahedral void and the limiting...
Angstroms. Using this information, we can calculate the maximum size of cations that can fit into the tetrahedral void.
The tetrahedral void is a space formed by four oxygen atoms arranged in the shape of a tetrahedron. The maximum size of a cation that can fit into this void is determined by the ratio of the radius of the cation to the radius of the oxygen atom.
The limiting ratio for tetrahedral void is 0.22, so we can write:
r_cation / r_oxygen <=>
r_cation <= 0.22="" *="">
r_cation <= 0.22="" *="" 1.4="">
r_cation <= 0.308="">
Therefore, the maximum size of cations that can fit into the tetrahedral void in silicates is 0.308 angstroms.
The tetrahedral void is a space formed by four oxygen atoms arranged in the shape of a tetrahedron. The maximum size of a cation that can fit into this void is determined by the ratio of the radius of the cation to the radius of the oxygen atom.
The limiting ratio for tetrahedral void is 0.22, so we can write:
r_cation / r_oxygen <=>
r_cation <= 0.22="" *="">
r_cation <= 0.22="" *="" 1.4="">
r_cation <= 0.308="">
Therefore, the maximum size of cations that can fit into the tetrahedral void in silicates is 0.308 angstroms.
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In silicates, the Oxygen atom form a tetrahedral void and the limiting...
Radius ratio = radius of cation ÷ radius of anion
0.22 × 1.4 = 0.308 A
0.22 × 1.4 = 0.308 A
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In silicates, the Oxygen atom form a tetrahedral void and the limiting ratio for tetrahedral void is 0.22. The radius of oxide is 1.4Å. Find out the radius of cation [rounded up to three decimal places]:Correct answer is between '0.307,0.309'. Can you explain this answer?
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In silicates, the Oxygen atom form a tetrahedral void and the limiting ratio for tetrahedral void is 0.22. The radius of oxide is 1.4Å. Find out the radius of cation [rounded up to three decimal places]:Correct answer is between '0.307,0.309'. Can you explain this answer? for Chemistry 2024 is part of Chemistry preparation. The Question and answers have been prepared according to the Chemistry exam syllabus. Information about In silicates, the Oxygen atom form a tetrahedral void and the limiting ratio for tetrahedral void is 0.22. The radius of oxide is 1.4Å. Find out the radius of cation [rounded up to three decimal places]:Correct answer is between '0.307,0.309'. Can you explain this answer? covers all topics & solutions for Chemistry 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for In silicates, the Oxygen atom form a tetrahedral void and the limiting ratio for tetrahedral void is 0.22. The radius of oxide is 1.4Å. Find out the radius of cation [rounded up to three decimal places]:Correct answer is between '0.307,0.309'. Can you explain this answer?.
In silicates, the Oxygen atom form a tetrahedral void and the limiting ratio for tetrahedral void is 0.22. The radius of oxide is 1.4Å. Find out the radius of cation [rounded up to three decimal places]:Correct answer is between '0.307,0.309'. Can you explain this answer? for Chemistry 2024 is part of Chemistry preparation. The Question and answers have been prepared according to the Chemistry exam syllabus. Information about In silicates, the Oxygen atom form a tetrahedral void and the limiting ratio for tetrahedral void is 0.22. The radius of oxide is 1.4Å. Find out the radius of cation [rounded up to three decimal places]:Correct answer is between '0.307,0.309'. Can you explain this answer? covers all topics & solutions for Chemistry 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for In silicates, the Oxygen atom form a tetrahedral void and the limiting ratio for tetrahedral void is 0.22. The radius of oxide is 1.4Å. Find out the radius of cation [rounded up to three decimal places]:Correct answer is between '0.307,0.309'. Can you explain this answer?.
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In silicates, the Oxygen atom form a tetrahedral void and the limiting ratio for tetrahedral void is 0.22. The radius of oxide is 1.4Å. Find out the radius of cation [rounded up to three decimal places]:Correct answer is between '0.307,0.309'. Can you explain this answer?, a detailed solution for In silicates, the Oxygen atom form a tetrahedral void and the limiting ratio for tetrahedral void is 0.22. The radius of oxide is 1.4Å. Find out the radius of cation [rounded up to three decimal places]:Correct answer is between '0.307,0.309'. Can you explain this answer? has been provided alongside types of In silicates, the Oxygen atom form a tetrahedral void and the limiting ratio for tetrahedral void is 0.22. The radius of oxide is 1.4Å. Find out the radius of cation [rounded up to three decimal places]:Correct answer is between '0.307,0.309'. Can you explain this answer? theory, EduRev gives you an
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