Question

Bonding molecular orbitals are created by the in-phase combination of atomic orbitals are created by the out-of-phase combination of atomic orbitals hold electrons primarily away from the region between nuclei are filled with electrons after the antibonding molecular orbitals QUESTION 7 According to molecular orbital theory, when the p orbitals from two atoms combine one bonding $sigma_p$, one antibonding $sigma_p^$, two bonding $pi_p$, and two antibonding $pi_p^$ molecular orbitals are formed three bonding $sigma_p$ and three antibonding $sigma_p^$ molecular orbitals are formed three bonding $pi_p$ and three antibonding $pi_p^$ molecular orbitals are formed the number of molecular orbitals formed will depend on the number of electrons filling the p orbitals in the atoms QUESTION 8 Draw an MO diagram to predict the bond order and stability of an $H_2^-$ molecule formed from one H atom and one H$^-$ ion. Bond order is 0, and the $H_2^-$ molecule is unstable Bond order is 0, and the $H_2^-$ molecule is stable Bond order is 0.5, and the $H_2^-$ molecule is unstable Bond order is 0.5, and the $H_2^-$ molecule is stable

          Bonding molecular orbitals
are created by the in-phase combination of atomic orbitals
are created by the out-of-phase combination of atomic orbitals
hold electrons primarily away from the region between nuclei
are filled with electrons after the antibonding molecular orbitals
QUESTION 7
According to molecular orbital theory, when the p orbitals from two atoms combine
one bonding $sigma_p$, one antibonding $sigma_p^*$, two bonding $pi_p$, and two antibonding $pi_p^*$ molecular orbitals are formed
three bonding $sigma_p$ and three antibonding $sigma_p^*$ molecular orbitals are formed
three bonding $pi_p$ and three antibonding $pi_p^*$ molecular orbitals are formed
the number of molecular orbitals formed will depend on the number of electrons filling the p orbitals in the atoms
QUESTION 8
Draw an MO diagram to predict the bond order and stability of an $H_2^-$ molecule formed from one H atom and one H$^-$ ion.
Bond order is 0, and the $H_2^-$ molecule is unstable
Bond order is 0, and the $H_2^-$ molecule is stable
Bond order is 0.5, and the $H_2^-$ molecule is unstable
Bond order is 0.5, and the $H_2^-$ molecule is stable

Bonding molecular orbitals
are created by the in-phase combination of atomic orbitals
are created by the out-of-phase combination of atomic orbitals
hold electrons primarily away from the region between nuclei
are filled with electrons after the antibonding molecular orbitals
QUESTION 7
According to molecular orbital theory, when the p orbitals from two atoms combine
one bonding sigmap, one antibonding sigmap^*, two bonding pip, and two antibonding pip^* molecular orbitals are formed
three bonding sigmap and three antibonding sigmap^* molecular orbitals are formed
three bonding pip and three antibonding pip^* molecular orbitals are formed
the number of molecular orbitals formed will depend on the number of electrons filling the p orbitals in the atoms
QUESTION 8
Draw an MO diagram to predict the bond order and stability of an H2^- molecule formed from one H atom and one H^- ion.
Bond order is 0, and the H2^- molecule is unstable
Bond order is 0, and the H2^- molecule is stable
Bond order is 0.5, and the H2^- molecule is unstable
Bond order is 0.5, and the H2^- molecule is stable

Added by Bego-A A.

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