What is the overlapping of atomic orbitals? When is a covalent bond formed?
(N/A) The overlapping of atomic orbitals is the partial interpenetration of atomic orbitals of two atoms when they come close to each other to achieve a state of minimum energy.
$A$ covalent bond is formed between two atoms by the pairing of electrons present in the valence shells that have opposite spins.
The extent of this overlap determines the strength of the covalent bond; greater the overlap,the stronger is the bond.
$A$ covalent bond is formed between two atoms by the pairing of electrons present in the valence shells that have opposite spins.
The extent of this overlap determines the strength of the covalent bond; greater the overlap,the stronger is the bond.
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Similar Questions
State the number of $\sigma$ and $\pi$ bonds in the following molecules:
$(a)$ $C_2H_2$
$(b)$ $C_2H_4$
$(a)$ $C_2H_2$
$(b)$ $C_2H_4$
Medium
View SolutionWhich of the following would result in the formation of the strongest $\pi-$ bond if the molecular axis is the $x-$axis?
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View Solution$A$ carbon-carbon triple bond in ethyne $(HC \equiv CH)$ consists of:
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View Solution$A$ molecule $(X)$ has $(i)$ four sigma bonds formed by the overlap of $sp^2$ and $s$ orbitals,(ii) one sigma bond formed by $sp^2$ and $sp^2$ orbitals,and (iii) one $\pi$ bond formed by $p_z$ and $p_z$ orbitals. Which of the following is $X$?
What type of bond and type of overlapping are present in the $N_2$ molecule?
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