Electron removal
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Re: Electron removal
electrons that are farther away from the nucleus are easier to remove because they are less affected by the pull of the positively charged protons in the nucleus. Sort of like gravity, although idk how far that analogy can go
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Re: Electron removal
The positively charged nucleus is further from these negatively charged electrons, so its pull is not as strong.
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Re: Electron removal
The increased distance weakens the nuclear attraction to the outer-most electron, and is easier to remove (requires less energy).
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Re: Electron removal
Electrons that are further away from the nucleus are easier to remove because there is less attraction between the electron and the nucleus due to the distance between them.
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Re: Electron removal
The electrons closer to the nucleus experience a stronger attraction and shield the outer electrons from receiving the same type of attraction.
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Re: Electron removal
Ionization energy decreases as the size of the orbital increases. This is because as the orbital size increases, electrons become farther from the nucleus, and therefore farther from its positive charge, making them easier to remove than core electrons.
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Re: Electron removal
Electrons further away from the nucleus are easier to remove because they experience shielding from the positively charged nucleus by the inner electrons. Therefore, they don't experience as strong of an attraction to the positively charged nucleus and require less energy to remove.
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Re: Electron removal
Electrons further away from the nucleus are easier to remove because 1) they are farther away from the positively charged nucleus so the attraction isn't as strong and 2) they are shielded by the inner electrons also lessening the chemical attraction.
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Re: Electron removal
Electrons that are closer to the nucleus are subject to more pull from the positively charged nucleus.
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Re: Electron removal
Electrons further away from the nucleus are easier to remove because:
1) Since they're further out from the nucleus (where all the protons are), the attraction is less between the two.
2) The inner electrons often shield them away, but also repulsing them.
1) Since they're further out from the nucleus (where all the protons are), the attraction is less between the two.
2) The inner electrons often shield them away, but also repulsing them.
Re: Electron removal
The further the electrons are from the nucleus, the less the force of attraction is from the protons to the electrons, hence the further electrons are easier to remove.
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