A sigma bond is formed by the overlapping of :A s-s orbital alone B s and p orbitals alone C s-s, s-p or p-p orbitals along internuclear axis D None of these
Question
A sigma bond is formed by the overlapping of :A s-s orbital alone B s and p orbitals alone C s-s, s-p or p-p orbitals along internuclear axis D None of these
Solution 1
A sigma bond is formed by the overlapping of s-s, s-p, or p-p orbitals along the internuclear axis.
Solution 2
A sigma bond is formed by the overlapping of s-s, s-p, or p-p orbitals along the internuclear axis.
Similar Questions
A sigma bond is formed by the overlapping of :
A sigma bond may be formed by the overlap of 2 atomic orbitals of atoms A and B. If the bond is formed along the x-axis, which of the following overlaps is acceptable ?A s orbital of A and pz orbital of B B px orbital of A and py orbital of B C pz orbital of A and px orbital of B D px orbital of A and s orbital of B
Which is not the characteristic of π - bond?A π bond is formed when a sigma bond alreadyexists B π bonds are formed from hybrid orbitals C π bond may be formed by the overlapping of p-orbitals D π bond results from lateral overlap of atomic orbitals
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What metal orbitals would be involved in sigma bonding according to valence bond theory in[Zn(H2O)6]2+
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