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tany3450
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Homework Statement
How much energy (in kJ) does it require to remove an electron out of the ground state of hydrogen atom completely, according to Bohr?
The ground state of an atom is the lowest energy state that an electron can occupy within an atom. This is the most stable state of an atom and is where an electron is closest to the nucleus.
An electron can be removed from the ground state by supplying it with enough energy to overcome the attractive force of the nucleus. This can be done through processes such as ionization or excitation.
When an electron is removed from the ground state, the atom becomes positively charged and is called an ion. The remaining electrons will rearrange themselves to occupy the lower energy levels, resulting in a new electron configuration.
Removing an electron from the ground state can provide valuable information about an atom's properties and behavior. It is often used in spectroscopy and other analytical techniques to study the electronic structure of atoms and molecules.
Yes, an electron can be returned to the ground state through a process called electron capture, where an atom captures an electron from its surroundings to fill the vacant energy level. This process results in the emission of X-rays or gamma rays.