For the hydrogen atom, the energy of the electron is defined by the factor E n = − 1 3 . 5 8 / n 2 e V . Here n is positive integer. The minimum quantity of energy which it can absorb in its primitive stage is:

Question

For the hydrogen atom, the energy of the electron is defined by the factor E n ​ = − 1 3 . 5 8 / n 2 e V . Here n is positive integer. The minimum quantity of energy which it can absorb in its primitive stage is:

Mayank Ranka · Answer

En​=n2&minus;13.58​ In primitive stage atn=1,E1​=&minus;13.58eV Minimum energy in excited stage, n=2,E2​=&minus;3.395eV Energy absorbed=&minus;3.395+13.58=10.19eV

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For the hydrogen atom, the energy of the electron is defined by the factor E n = − 1 3 . 5 8 / n 2 e V . Here n is positive integer. The minimum quantity of energy which it can absorb in its primitive stage is:

For the hydrogen atom, the energy of the electron is defined by the factor En=−13.58/n2eV. Here n is positive integer. The minimum quantity of energy which it can absorb in its primitive stage is:

For the hydrogen atom, the energy of the electron is defined by the factor En=−13.58/n2eV. Here n is positive integer. The minimum quantity of energy which it can absorb in its primitive stage is:

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For the hydrogen atom, the energy of the electron is defined by the factor E n ​ = − 1 3 . 5 8 / n 2 e V . Here n is positive integer. The minimum quantity of energy which it can absorb in its primitive stage is:

For the hydrogen atom, the energy of the electron is defined by the factor En​=−13.58/n2eV. Here n is positive integer. The minimum quantity of energy which it can absorb in its primitive stage is:

For the hydrogen atom, the energy of the electron is defined by the factor En​=−13.58/n2eV. Here n is positive integer. The minimum quantity of energy which it can absorb in its primitive stage is:

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For the hydrogen atom, the energy of the electron is defined by the factor E n = − 1 3 . 5 8 / n 2 e V . Here n is positive integer. The minimum quantity of energy which it can absorb in its primitive stage is:

For the hydrogen atom, the energy of the electron is defined by the factor En=−13.58/n2eV. Here n is positive integer. The minimum quantity of energy which it can absorb in its primitive stage is:

For the hydrogen atom, the energy of the electron is defined by the factor En=−13.58/n2eV. Here n is positive integer. The minimum quantity of energy which it can absorb in its primitive stage is: