They are “banana shaped” molecular orbitals holding three atoms Be ---- H ---- Be together and are … They are “banana shaped” molecular orbitals holding three atoms Be ---- H ---- Be together and are …
The bonds formed cannot be explained by the classical theories of bonding. The bonds formed cannot be explained by the classical theories of bonding. What is structure of BeH2? The monomeric BeH2, if formed with normal bonds, would have only four electrons in the valence shell of the beryllium atom and would be electron deficient and unstable. The monomeric BeH2, if formed with normal bonds, would have only four electrons in the valence shell of the beryllium atom and would be electron deficient and unstable. It polymerizes to remedy the electron deficiency. The bonds formed cannot be explained by the classical theories of bonding. The monomeric BeH2, if formed with normal bonds, would have only four electrons in the valence shell of the beryllium atom and would be electron deficient and unstable. They are “banana shaped” molecular orbitals holding three atoms Be ---- H ---- Be together and are …
We need you to answer this question! However solid BeH2 is normally encountered is amorphous white solid and has a polymeric structure with 3 centre 2 electron bonds, so called banana bonds. It polymerizes to remedy the electron deficiency. It polymerizes to remedy the electron deficiency.