In the complex ion [AuXe4]2+, Xe acts as a ligand.

Here's the step by step explanation:

1. In a complex ion, we have a central atom (or ion) which is usually a transition metal, and around it are arranged ions or molecules (known as ligands) in a definite geometrical arrangement.

2. In the given complex ion [AuXe4]2+, Au is the central atom.

3. Xe is surrounding the central atom, which is the characteristic of a ligand.

4. Therefore, in [AuXe4]2+, Xe acts as a ligand.

So, the correct answer is (b) ligand.

Question

In the complex ion [AuXe4]2+, Xe acts as a ligand.

Here's the step by step explanation:

1. In a complex ion, we have a central atom (or ion) which is usually a transition metal, and around it are arranged ions or molecules (known as ligands) in a definite geometrical arrangement.

2. In the given complex ion [AuXe4]2+, Au is the central atom.

3. Xe is surrounding the central atom, which is the characteristic of a ligand.

4. Therefore, in [AuXe4]2+, Xe acts as a ligand.

So, the correct answer is (b) ligand.

Knowee AI · Accepted Answer

In the complex ion [AuXe4]2+, Xe acts as a ligand.

Here's the step by step explanation:

1. In a complex ion, we have a central atom (or ion) which is usually a transition metal, and around it are arranged ions or molecules (known as ligands) in a definite geometrical arrangement.

2. In the given complex ion [AuXe4]2+, Au is the central atom.

3. Xe is surrounding the central atom, which is the characteristic of a ligand.

4. Therefore, in [AuXe4]2+, Xe acts as a ligand.

So, the correct answer is (b) ligand.

1. In the complex ion [AuXe4]2+ , Xe acts as :a. central atomb. ligandc. chelating agentd. electrophile

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