Passage II Formation of a bridge bond is best explained by molecular orbital theory

CHEMISTRY · Single correct · CBSE · Chemistry · Chemical Bonding and Molecular Structure · Chemical Bonding and Molecular Structure

Problem

Passage II Formation of a bridge bond is best explained by molecular orbital theory, according to which a bridge bond is formed by filling electrons into a molecular orbital spread over three nuclei. Hence, such bonds are called three-centred bonds. Which of the following compounds has the maximum number of atoms in the same plane? (1) Al2Me6\mathrm{Al_2Me_6} (2) B2H6\mathrm{B_2H_6} (3) Be2H4\mathrm{Be_2H_4} (4) C3H4\mathrm{C_3H_4}

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