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The geometry of the compound [Pt(NH₃)₂Cl₂] is
- a)Square planar
- b)Tetrahedral
- c)Pyramidal
- d)Octahedral
Correct answer is option 'A'. Can you explain this answer?
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The geometry of the compound [Pt(NH)Cl] isa)Square planarb)Tetrahedral...
Geometry of the compound [Pt(NH3)Cl]
Square Planar
The geometry of the compound [Pt(NH3)Cl] is square planar. This means that the central platinum atom is bonded to four other atoms in a flat square arrangement.
Explanation
- The coordination number of the central platinum atom in this compound is 4, meaning it has four surrounding atoms or groups bonded to it.
- The compound has two different ligands, ammonia (NH3) and chloride (Cl), bonded to the platinum atom.
- The ammonia ligands are arranged in a square planar geometry around the platinum atom, with the chloride ion occupying one of the corners of the square.
- The square planar geometry is favored in this compound due to the presence of strong ligand field stabilization energy, which stabilizes the square planar arrangement of ligands around the central platinum atom.
Conclusion
In conclusion, the geometry of the compound [Pt(NH3)Cl] is square planar, with the central platinum atom bonded to four other atoms in a flat square arrangement.
Square Planar
The geometry of the compound [Pt(NH3)Cl] is square planar. This means that the central platinum atom is bonded to four other atoms in a flat square arrangement.
Explanation
- The coordination number of the central platinum atom in this compound is 4, meaning it has four surrounding atoms or groups bonded to it.
- The compound has two different ligands, ammonia (NH3) and chloride (Cl), bonded to the platinum atom.
- The ammonia ligands are arranged in a square planar geometry around the platinum atom, with the chloride ion occupying one of the corners of the square.
- The square planar geometry is favored in this compound due to the presence of strong ligand field stabilization energy, which stabilizes the square planar arrangement of ligands around the central platinum atom.
Conclusion
In conclusion, the geometry of the compound [Pt(NH3)Cl] is square planar, with the central platinum atom bonded to four other atoms in a flat square arrangement.
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The geometry of the compound [Pt(NH)Cl] isa)Square planarb)Tetrahedralc)Pyramidald)OctahedralCorrect answer is option 'A'. Can you explain this answer?
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