Question

what is the significance of the negative energy of an electron in the orbit of an atom.​

Answer 1

The energy of an electron in the orbit of an atom is negative. It shows that the electron is bound to the nucleus. Greater the value of negative energy, more tightly the electron is bound to the nucleus.Binding energy of a electron is E=−(13.6/n

The energy of an electron in the orbit of an atom is negative. It shows that the electron is bound to the nucleus. Greater the value of negative energy, more tightly the electron is bound to the nucleus.Binding energy of a electron is E=−(13.6/n 2

The energy of an electron in the orbit of an atom is negative. It shows that the electron is bound to the nucleus. Greater the value of negative energy, more tightly the electron is bound to the nucleus.Binding energy of a electron is E=−(13.6/n 2 ).