We have two energy states that the hydrogen molecule possess. When the
difference in the energy matches with the supplied energy then one electron is promoted to
higher energy level i.e the anti bonding orbital. Putting both the electron in the excited state will
require even more energy. When the electron is promoted to the higher energy level then the
bond order of the molecule decreases which leads to dissociation. This is in accordance to the
observed phenomena that molecules do dissociate when heat is supplied.
Solution
We have two energy states that the hydrogen molecule possess. When the
difference in the energy matches with the supplied energy then one electron is promoted to
higher energy level i.e the anti bonding orbital. Putting both the electron in the excited state will
require even more energy. When the electron is promoted to the higher energy level then the
bond order of the molecule decreases which leads to dissociation. This is in accordance to the
observed phenomena that molecules do dissociate when heat is supplied..
We have two energy states that the hydrogen molec.pdf
1. We have two energy states that the hydrogen molecule possess. When the
difference in the energy matches with the supplied energy then one electron is promoted to
higher energy level i.e the anti bonding orbital. Putting both the electron in the excited state will
require even more energy. When the electron is promoted to the higher energy level then the
bond order of the molecule decreases which leads to dissociation. This is in accordance to the
observed phenomena that molecules do dissociate when heat is supplied.
Solution
We have two energy states that the hydrogen molecule possess. When the
difference in the energy matches with the supplied energy then one electron is promoted to
higher energy level i.e the anti bonding orbital. Putting both the electron in the excited state will
require even more energy. When the electron is promoted to the higher energy level then the
bond order of the molecule decreases which leads to dissociation. This is in accordance to the
observed phenomena that molecules do dissociate when heat is supplied.
