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For the octahedral complexes of Fe3+ in SCN– (thiocyanato-S) and in CN– ligand environments, the
difference between the spin-only magnetic moments in Bohr magnetons (When approximated to the nearest
integer) is
[Atomic number of Fe = 26]
difference between the spin-only magnetic moments in Bohr magnetons (When approximated to the nearest
integer) is
[Atomic number of Fe = 26]
Correct answer is '4'. Can you explain this answer?
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For the octahedral complexes of Fe3+ in SCN– (thiocyanato-S) and...
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For the octahedral complexes of Fe3+ in SCN– (thiocyanato-S) and...
The octahedral complex of Fe3+ with SCN- is [Fe(SCN)6]3-. In this complex, the iron ion (Fe3+) is surrounded by six SCN- ligands in an octahedral arrangement.
The coordination number of the complex is 6, which means there are six ligands attached to the central metal ion. These ligands are all thiocyanate ions (SCN-), which consist of a sulfur atom bonded to a nitrogen atom.
In the octahedral geometry, the six ligands are arranged around the central metal ion in a symmetrical manner, forming a regular octahedron. Each ligand is coordinated to the metal ion through the sulfur atom.
The octahedral complex [Fe(SCN)6]3- has a charge of 3-, which is balanced by the +3 charge on the Fe3+ ion. The coordination complex is overall neutral.
The octahedral geometry is a common coordination geometry for transition metal complexes. It provides maximum ligand-metal interactions and stability due to the symmetrical arrangement of ligands around the central metal ion.
The coordination number of the complex is 6, which means there are six ligands attached to the central metal ion. These ligands are all thiocyanate ions (SCN-), which consist of a sulfur atom bonded to a nitrogen atom.
In the octahedral geometry, the six ligands are arranged around the central metal ion in a symmetrical manner, forming a regular octahedron. Each ligand is coordinated to the metal ion through the sulfur atom.
The octahedral complex [Fe(SCN)6]3- has a charge of 3-, which is balanced by the +3 charge on the Fe3+ ion. The coordination complex is overall neutral.
The octahedral geometry is a common coordination geometry for transition metal complexes. It provides maximum ligand-metal interactions and stability due to the symmetrical arrangement of ligands around the central metal ion.
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For the octahedral complexes of Fe3+ in SCN– (thiocyanato-S) and in CN– ligand environments, thedifference between the spin-only magnetic moments in Bohr magnetons (When approximated to the nearestinteger) is[Atomic number of Fe = 26]Correct answer is '4'. Can you explain this answer?
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For the octahedral complexes of Fe3+ in SCN– (thiocyanato-S) and in CN– ligand environments, thedifference between the spin-only magnetic moments in Bohr magnetons (When approximated to the nearestinteger) is[Atomic number of Fe = 26]Correct answer is '4'. Can you explain this answer? for JEE 2025 is part of JEE preparation. The Question and answers have been prepared according to the JEE exam syllabus. Information about For the octahedral complexes of Fe3+ in SCN– (thiocyanato-S) and in CN– ligand environments, thedifference between the spin-only magnetic moments in Bohr magnetons (When approximated to the nearestinteger) is[Atomic number of Fe = 26]Correct answer is '4'. Can you explain this answer? covers all topics & solutions for JEE 2025 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for For the octahedral complexes of Fe3+ in SCN– (thiocyanato-S) and in CN– ligand environments, thedifference between the spin-only magnetic moments in Bohr magnetons (When approximated to the nearestinteger) is[Atomic number of Fe = 26]Correct answer is '4'. Can you explain this answer?.
For the octahedral complexes of Fe3+ in SCN– (thiocyanato-S) and in CN– ligand environments, thedifference between the spin-only magnetic moments in Bohr magnetons (When approximated to the nearestinteger) is[Atomic number of Fe = 26]Correct answer is '4'. Can you explain this answer? for JEE 2025 is part of JEE preparation. The Question and answers have been prepared according to the JEE exam syllabus. Information about For the octahedral complexes of Fe3+ in SCN– (thiocyanato-S) and in CN– ligand environments, thedifference between the spin-only magnetic moments in Bohr magnetons (When approximated to the nearestinteger) is[Atomic number of Fe = 26]Correct answer is '4'. Can you explain this answer? covers all topics & solutions for JEE 2025 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for For the octahedral complexes of Fe3+ in SCN– (thiocyanato-S) and in CN– ligand environments, thedifference between the spin-only magnetic moments in Bohr magnetons (When approximated to the nearestinteger) is[Atomic number of Fe = 26]Correct answer is '4'. Can you explain this answer?.
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For the octahedral complexes of Fe3+ in SCN– (thiocyanato-S) and in CN– ligand environments, thedifference between the spin-only magnetic moments in Bohr magnetons (When approximated to the nearestinteger) is[Atomic number of Fe = 26]Correct answer is '4'. Can you explain this answer?, a detailed solution for For the octahedral complexes of Fe3+ in SCN– (thiocyanato-S) and in CN– ligand environments, thedifference between the spin-only magnetic moments in Bohr magnetons (When approximated to the nearestinteger) is[Atomic number of Fe = 26]Correct answer is '4'. Can you explain this answer? has been provided alongside types of For the octahedral complexes of Fe3+ in SCN– (thiocyanato-S) and in CN– ligand environments, thedifference between the spin-only magnetic moments in Bohr magnetons (When approximated to the nearestinteger) is[Atomic number of Fe = 26]Correct answer is '4'. Can you explain this answer? theory, EduRev gives you an
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