If the electronegativity difference between two atoms is $2.0$ Pauling units, the type of bond that will form between the atoms is

non-polar covalent bond

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ionic bomd

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london dispersion bond

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polar covalent bond

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Solution

The correct option is B ionic bomd
For electronegativity difference greater than $1.7$ between $2$ elements, the bond formed between them is ionic in nature. Thus for a difference of $2.0$ units the bond formed is ionic. Hence answer is option B.

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Similar questions

Q. If the electronegativity difference between two atoms is

0.7

Pauling units, what is the bond type that will form between the atoms?

Q. Assertion :During covalent bonding the electronegativity difference between two atoms is greater than

1.7

Reason: Covalent bond is formed by sharing of electrons between atoms that have same size

Q. If a polar covalent bond shows 50% ionic character, then the electronegativity difference of the atoms that form the bond is :

(a) What type of bond is formed between two atoms, when the difference in electronegativity between them is
(i) high, (ii) low, (iii) zero?
(b) Separate the following compounds into three categories- ionic, polar and covalent compounds; N₂, NH₄Cl, NH₃, NO, NH₄NO₃, NCl₃.

Q. Assertion :During covalent bonding the electro negativity difference between two atoms is greater than 1.7.
Reason: Covalent bond is formed by sharing of electrons between atoms that have same size.

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If the electronegativity difference between two atoms is 2.0 Pauling units, the type of bond that will form between the atoms is

The correct option is B ionic bomdFor electronegativity difference greater than 1.7 between 2 elements, the bond formed between them is ionic in nature. Thus for a difference of 2.0 units the bond formed is ionic. Hence answer is option B.

If the electronegativity difference between two atoms is $2.0$ Pauling units, the type of bond that will form between the atoms is

The correct option is B ionic bomd
For electronegativity difference greater than $1.7$ between $2$ elements, the bond formed between them is ionic in nature. Thus for a difference of $2.0$ units the bond formed is ionic. Hence answer is option B.