Single Choice

Polarity of a bond can be explained by:

AElectron affinity
BIonisation potential
CElectronegativity
Correct Answer
DAll of the above

Solution

The polarity of a bond can be explained by electronegativity.
When the two atoms joined by a covalent bond have the same electronegativity, the bond is the non polar covalent bond.
When the two atoms joined by a covalent bond have different electronegativity, the bond is the polar covalent bond.

SIMILAR QUESTIONS

Periodic Classification of Elements

For univalent elements, the average value of first ionization potential and first electron affinity is equal to its:

Periodic Classification of Elements

Consider the following changes: $$A\rightarrow A^++e^-: E_1$$ and $$A^+\rightarrow A^{2+}+e^-:E_2$$ The energy required to pull out the two electrons are $$E_1$$ and $$E_2$$ respectively. The correct relationship between two energies would be:

Periodic Classification of Elements

Why is $$sp$$ hybrid orbital more electronegative than $$sp^{2}$$ hybridised orbitals?

Periodic Classification of Elements

In a compound $$XY$$, if the electronegativity difference between $$X$$ and $$Y$$ is greater than 1.7, then the compound $$XY$$ is soluble in:

Periodic Classification of Elements

Define the term ' Electronegativity ' .State its unit.

Periodic Classification of Elements

Electronic configuration of most electronegative element is

Periodic Classification of Elements

Write short notes on : Electronegativity

Periodic Classification of Elements

`Fill in the blank: On Mulliken scale, the average of ionization potential and electron affinity is known as _____.

Periodic Classification of Elements

Give the appropriate term defined by the statements given below: The tendency of an atom to attract electrons towards itself when combined in a covalent compound.

Periodic Classification of Elements

Which is the least electronegative element?

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