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In a mixture of H-{H}{e}^{{+}} gas {H}{e}^{{}} is singley ioni

Question

In a mixture of H- $H e^{+}$ gas $H e^{\cdot}$ is singley ionized He atom H atoms and $H e^{\cdot}$ ions are excited to their respective first excited stated subsequently H atoms transfer their total excetation energy to $H e^{+}$ ions (by collisions) Assume the Bohr model of atom is exactly valid
The quantum number n of the state finally populated in $H e^{+}$ ions is

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In a mixture of H-

H e^{+}

gas

H e^{\cdot}

is singley ionized He atom H atoms and

H e^{\cdot}

ions are excited to their respective first excited stated subsequently H atoms transfer their total excetation energy to

H e^{+}

ions (by collisions) Assume the Bohr model of atom is exactly valid
The quantum number n of the state finally populated in

H e^{+}

ions is

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Question Text

In a mixture of H-

H e^{+}

gas

H e^{\cdot}

is singley ionized He atom H atoms and

H e^{\cdot}

ions are excited to their respective first excited stated subsequently H atoms transfer their total excetation energy to

H e^{+}

ions (by collisions) Assume the Bohr model of atom is exactly valid
The quantum number n of the state finally populated in

H e^{+}

ions is

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