What factor(s) may be responsible for the ionization energy within a period? The valence electrons are further from the nucleus when moving from left to right. The valence electrons remain at the same distance from the nucleus when moving left to right. The diameter of the atom decreases somewhat as electrons are added. The attractive force of the nucleus increases.
The attractive force of the nucleus increases as we cross the period from left to right, (this is due to the extra protons) This mean the atomic size will decrease from left to right
(i found this very counter intuitive when i found out
there are also several other forces that will affect this if you are talking from the atomic scale
i dont even know what i'm talking about, i dont understand chemistry at all, i just know this is from the ionization of atoms chapter. .
what i just said was relating more to physics not to chem
they were about the 4 fundamental forces
well the first three statements are also wrong
i dont want to confuse you more because i just barely touched where you are right now and am lost in redox reactions
me?
I remember redox equations were fun.
wait i only made 2
lol im only doing home study
math and chem
yeah i have no clue what you are talking about, i'm so lost. .
main question without the statements
what?
whats your main question?
What factor(s) may be responsible for the ionization energy within a period??
these are the four statements 1.The valence electrons are further from the nucleus when moving from left to right. this is nonsense 2.The valence electrons remain at the same distance from the nucleus when moving left to right. this does not effect ionization energy 3. The diameter of the atom decreases somewhat as electrons are added. this is flase 4. The attractive force of the nucleus increases. this is true and your correct answer
Thank you so much, I cant thank you enough. . =)
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