
The negative ligand is?
A) Aqua
B) Sulfato
C) Carboxyl
D) Nitrosonium
Answer
512.7k+ views
Hint: We must have to know that in a coordination complex, there are metal, coordination complexes and ligands attached to it. The metal, ligands and counter ion together forms a coordination complex. Positively charged species are cations, negatively charged species are anions and neutral species carry no charge.
Complete answer:
We must have to know that the ligands are the ions, atoms or molecules that donate lone pairs of electrons to the central metal ion in order to form coordination complexes. Ligand can be positive or negative or neutral also, that means it can be a cation, an anion or neutral species that carries no charge. We look at all the options to solve this question
Option A) this is an incorrect option since aqua ligand comes under the category of neutral ligand as it carries no charge on it. It can be represented as \[{H_2}O\]
Option B) This is a correct option as sulphato is a negative ligand which can be represented as \[S{O_4}^{2 - }\], as this ion carries negative two charges on it thus it is considered to be a negative ligand.
Option C) this is an incorrect option as this type of ligand is not formed, its carboxylate not carbonyl ligand. Carboxylate is a negative ligand not carboxyl ligand thus this option is incorrect.
Option D) this is an incorrect option as nitrosonium is a positive ligand as it carries positive charge in it. It can be represented as \[N{O^ + }\].
So,the correct answer is Option B.
Note:
We must have to remember that the ligands can be positive or negative or neutral also, that means it can be a cation, an anion or neutral species that carries no charge. It can be ions, atoms or molecules that donate lone pairs of electrons to the central metal ion in order to form coordination complexes.
Complete answer:
We must have to know that the ligands are the ions, atoms or molecules that donate lone pairs of electrons to the central metal ion in order to form coordination complexes. Ligand can be positive or negative or neutral also, that means it can be a cation, an anion or neutral species that carries no charge. We look at all the options to solve this question
Option A) this is an incorrect option since aqua ligand comes under the category of neutral ligand as it carries no charge on it. It can be represented as \[{H_2}O\]
Option B) This is a correct option as sulphato is a negative ligand which can be represented as \[S{O_4}^{2 - }\], as this ion carries negative two charges on it thus it is considered to be a negative ligand.
Option C) this is an incorrect option as this type of ligand is not formed, its carboxylate not carbonyl ligand. Carboxylate is a negative ligand not carboxyl ligand thus this option is incorrect.
Option D) this is an incorrect option as nitrosonium is a positive ligand as it carries positive charge in it. It can be represented as \[N{O^ + }\].
So,the correct answer is Option B.
Note:
We must have to remember that the ligands can be positive or negative or neutral also, that means it can be a cation, an anion or neutral species that carries no charge. It can be ions, atoms or molecules that donate lone pairs of electrons to the central metal ion in order to form coordination complexes.
Recently Updated Pages
A ball moving with velocity 2ms collides head on with class 11 physics CBSE

Trochophore larva is found in A Annelida B Mollusca class 11 biology CBSE

What is retardation Write its formula Give an example class 11 physics CBSE

What biomes are found in Italy class 11 biology CBSE

The molar enthalpy of vaporization of benzene at its class 11 chemistry CBSE

Two uniform brass rods A and B of length l and 2l and class 11 chemistry CBSE

Trending doubts
One Metric ton is equal to kg A 10000 B 1000 C 100 class 11 physics CBSE

Discuss the various forms of bacteria class 11 biology CBSE

Explain zero factorial class 11 maths CBSE

State the laws of reflection of light

Difference Between Prokaryotic Cells and Eukaryotic Cells

Show that total energy of a freely falling body remains class 11 physics CBSE

