The coordination number (CN) of a complex is the number of ligand (donor) atoms to which the central metal atom is directly connected.

For a coordination number of 5, the possible geometries of complexes are:

1. Square Pyramidal: This geometry has a square base of four ligands with the fifth ligand forming the apex of the pyramid. The central metal atom is in the middle of the square base.

2. Trigonal Bipyramidal: This geometry has a central metal atom surrounded by five ligands. Three of the ligands form an equilateral triangle in a plane, and the other two ligands are above and below this plane, forming the two 'poles' of the bipyramid.

So, the geometries of complexes indicated by Coordination number (CN) = 5 are Square Pyramidal and Trigonal Bipyramidal.

Question

The coordination number (CN) of a complex is the number of ligand (donor) atoms to which the central metal atom is directly connected.

For a coordination number of 5, the possible geometries of complexes are:

1. Square Pyramidal: This geometry has a square base of four ligands with the fifth ligand forming the apex of the pyramid. The central metal atom is in the middle of the square base.

2. Trigonal Bipyramidal: This geometry has a central metal atom surrounded by five ligands. Three of the ligands form an equilateral triangle in a plane, and the other two ligands are above and below this plane, forming the two 'poles' of the bipyramid.

So, the geometries of complexes indicated by Coordination number (CN) = 5 are Square Pyramidal and Trigonal Bipyramidal.

Knowee AI · Accepted Answer

The coordination number (CN) of a complex is the number of ligand (donor) atoms to which the central metal atom is directly connected.

For a coordination number of 5, the possible geometries of complexes are:

1. Square Pyramidal: This geometry has a square base of four ligands with the fifth ligand forming the apex of the pyramid. The central metal atom is in the middle of the square base.

2. Trigonal Bipyramidal: This geometry has a central metal atom surrounded by five ligands. Three of the ligands form an equilateral triangle in a plane, and the other two ligands are above and below this plane, forming the two 'poles' of the bipyramid.

So, the geometries of complexes indicated by Coordination number (CN) = 5 are Square Pyramidal and Trigonal Bipyramidal.

Which of the following geometries of complexes is indicated by Coordination number (CN) = 5?

Question

Solution

Similar Questions

Upgrade your grade with Knowee