Electronegativities of the elements Na, Al, P, and Cl follow a specific trend across the period. Based on this trend, an electron will be most strongly attracted to
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Answered by
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Hey there !
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So when we move from left to right across a period...
- The electronegativity of the elements increases as the Z effective increases...
- This means in any period the halogens will have maximum electronegativity and the element of first group ( hydrogen and alkali metals) will have minimum electronegativity..
¤ So, hence from these elements : No, Al, P and Cl...
Chlorine will have maximum electronegativity ..due to high zeff.. Which means it has high capacity to attract electrons..
- So as chlorine is having high electronegativity.. An electron will be
Most strongly attracted to chlorine!
______________________________________________
# hope the answer helps!!
______________________________________________
So when we move from left to right across a period...
- The electronegativity of the elements increases as the Z effective increases...
- This means in any period the halogens will have maximum electronegativity and the element of first group ( hydrogen and alkali metals) will have minimum electronegativity..
¤ So, hence from these elements : No, Al, P and Cl...
Chlorine will have maximum electronegativity ..due to high zeff.. Which means it has high capacity to attract electrons..
- So as chlorine is having high electronegativity.. An electron will be
Most strongly attracted to chlorine!
______________________________________________
# hope the answer helps!!
Answered by
0
Answer:
letter D
Explanation:
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