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Pi-bonding efficiency order 1)[SiO4]4- ; 2) [PO4]3- ; 3) [SO4]2- ; [ClO4]2'
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Pi-bonding efficiency order 1)[SiO4]4- ; 2) [PO4]3- ; 3) [SO4]2- ; [Cl...
Pi-Bonding Efficiency Order of Anions
Pi-bonding efficiency is the ability of a ligand to donate electrons to a metal ion through the pi-orbitals of the ligand. The order of pi-bonding efficiency of anions is as follows:
Explanation
The pi-bonding efficiency is related to the size of the anion and the electron density in the pi-orbitals. Silicate has the largest atomic radius and is able to accommodate the most electrons in the pi-orbitals, making it the most efficient donor. On the other hand, perchlorate has the smallest size and the least electron density, making it the least efficient donor.
Phosphate has a larger size than sulfate and a higher electron density, making it a better donor than sulfate. However, it is still less efficient than silicate due to the smaller size of the phosphate ion.
Overall, the pi-bonding efficiency order of anions is determined by a combination of atomic radius and electron density in the pi-orbitals.
Pi-bonding efficiency is the ability of a ligand to donate electrons to a metal ion through the pi-orbitals of the ligand. The order of pi-bonding efficiency of anions is as follows:
- [SiO4]4- - Silicate anion has the highest pi-bonding efficiency because silicon has a larger atomic radius and is able to accommodate more electrons in the pi-orbitals.
- [PO4]3- - Phosphate anion has the second-highest pi-bonding efficiency because the size of the phosphate ion is smaller than that of the silicate ion, but it still has a high electron density in the pi-orbitals.
- [SO4]2- - Sulfate anion has a lower pi-bonding efficiency than phosphate because the sulfur atom has a smaller atomic radius and is less able to accommodate electrons in the pi-orbitals.
- [ClO4]2- - Perchlorate anion has the lowest pi-bonding efficiency because it is the smallest anion and has the least electron density in the pi-orbitals.
Explanation
The pi-bonding efficiency is related to the size of the anion and the electron density in the pi-orbitals. Silicate has the largest atomic radius and is able to accommodate the most electrons in the pi-orbitals, making it the most efficient donor. On the other hand, perchlorate has the smallest size and the least electron density, making it the least efficient donor.
Phosphate has a larger size than sulfate and a higher electron density, making it a better donor than sulfate. However, it is still less efficient than silicate due to the smaller size of the phosphate ion.
Overall, the pi-bonding efficiency order of anions is determined by a combination of atomic radius and electron density in the pi-orbitals.
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Pi-bonding efficiency order 1)[SiO4]4- ; 2) [PO4]3- ; 3) [SO4]2- ; [Cl...
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Pi-bonding efficiency order 1)[SiO4]4- ; 2) [PO4]3- ; 3) [SO4]2- ; [ClO4]2' for IIT JAM 2024 is part of IIT JAM preparation. The Question and answers have been prepared according to the IIT JAM exam syllabus. Information about Pi-bonding efficiency order 1)[SiO4]4- ; 2) [PO4]3- ; 3) [SO4]2- ; [ClO4]2' covers all topics & solutions for IIT JAM 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for Pi-bonding efficiency order 1)[SiO4]4- ; 2) [PO4]3- ; 3) [SO4]2- ; [ClO4]2'.
Pi-bonding efficiency order 1)[SiO4]4- ; 2) [PO4]3- ; 3) [SO4]2- ; [ClO4]2' for IIT JAM 2024 is part of IIT JAM preparation. The Question and answers have been prepared according to the IIT JAM exam syllabus. Information about Pi-bonding efficiency order 1)[SiO4]4- ; 2) [PO4]3- ; 3) [SO4]2- ; [ClO4]2' covers all topics & solutions for IIT JAM 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for Pi-bonding efficiency order 1)[SiO4]4- ; 2) [PO4]3- ; 3) [SO4]2- ; [ClO4]2'.
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