What is the essential difference in the nature of compounds when two combining atoms do not differ much in their electronegativities?

Forms Polar Covalent bond

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Forms Non-Polar Covalent bond

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Forms Coordinate bond

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Forms Electrovalent bond.

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Solution

The correct option is B
Forms Non-Polar Covalent bond

Non-polar covalent bonds are those bonds in which the electronegativity difference between the combining atoms is zero or negligible, thus shared pairs of the electrons are equally distant from both the atoms.

Example :

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Similar questions

Complete the following :

(a) When the nuclei of two different reacting atoms are of ......... mass, then a bond so formed is called ...................... covalent bond (equal, unequal, polar, non-polar).

(b) In case of non-polar covalent bond, the covalent bond is formed in the .......... of atoms and shared electrons are ........... distributed (corner, middle, equally, unequally)

(c) The ions in ................ compounds are held very strongly due to strong ............ forces (electrovalent, covalent, electromagnetic, electrostatic).

Q. Bond formed in a hydrogen molecule is non-polar covalent bond.

Q. Which combination of atoms can form a polar covalent bond?

In case of non-polar covalent bond, the covalent bond is formed in the ___ of atoms and shared electrons are ___ distributed.

Q. A polar covalent bond forms when:

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What is the essential difference in the nature of compounds when two combining atoms do not differ much in their electronegativities?

The correct option is B Forms Non-Polar Covalent bond Non-polar covalent bonds are those bonds in which the electronegativity difference between the combining atoms is zero or negligible, thus shared pairs of the electrons are equally distant from both the atoms. Example :

The correct option is B
Forms Non-Polar Covalent bond

Non-polar covalent bonds are those bonds in which the electronegativity difference between the combining atoms is zero or negligible, thus shared pairs of the electrons are equally distant from both the atoms.

Example :