Draw the molecular orbital diagram. Given the following hypothetical species, [Ne,], [CP], [KrF], explain how Molecular Orbital

Draw the molecular orbital diagram.

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Given the following hypothetical species, [Ne,]", [CP], [KrF]", explain how Molecular Orbital Theory can be used to predict the existence, orbital interactions, bonding, electron configurations, and physical and chemical properties of the species. Explain if there is any possibility of electron excitation to occur in each of the species. Assuming that [CP] could combine with H* to form a new compound with the formula of HCP where C is the central atom, draw the Lewis structure, and explain the bonding in HCP by using the valence bond theory and hybridization concept. Justify your answer. Given the following hypothetical species, [Ne,]", [CP], [KrF]", explain how Molecular Orbital Theory can be used to predict the existence, orbital interactions, bonding, electron configurations, and physical and chemical properties of the species. Explain if there is any possibility of electron excitation to occur in each of the species. Assuming that [CP] could combine with H* to form a new compound with the formula of HCP where C is the central atom, draw the Lewis structure, and explain the bonding in HCP by using the valence bond theory and hybridization concept. Justify your answer.