The linear combination of atomic orbitals to form molecular orbitals takes place only when the combining atomic orbitalsA. have the same energy  B. have the minimum overlap  C. have same symmetry about the molecular axis  D. have different symmetry about the molecular axisChoose the most appropriate from the options given below:JEE Main 2024 (31 Jan Shift 1)AA, B, C onlyBA and C onlyCB, C, D onlyDB and D only

Which of the following orbitals are not possible?Group of answer choices2d4f6d3g

Choose the correct order of bond strength by overlapping of atomic orbitals :A 1s - 1s > 1s - 2s > 1s - 2p B 2s - 2s > 2s - 2p > 2p - 2p C 1s - 1s > 1s - 2p > 1s - 2s D 2s - 2p > 2s - 2s > 2p - 2p

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

Which of the following molecular orbitals has the maximum number of nodal planes?

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