![]() Fluorine has the highest electronegativity value can be interpreted to mean that fluorine (c) attracts valence electrons of other atoms bonded to it, and since the EN is the largest, fluorine will have (d) the greatest attraction to valence electrons compared to any other element in the periodic table 3. Based on the value of the electronegativity you selected for Q1, select all the apply from the following statement's about this element and its electronegativity value.Ī) this element does not attract valence electrons from other atoms ī) this element attracts its own valence electrons Ĭ) this element attracts valence electrons of other atoms bonded to it ĭ) this element has the greatest attraction to valence electrons compared to any other element in the periodic table Į) this element has the smallest atttraction to valence electrons of any other element in the periodic table. From the table of electronegativity values, fluorine has the largest value of 4.0. Enter the symbol for the element with the largest electronegativity value. To better understand this table answer the following questions. ![]() We also need to remember that it is the valence electrons in atoms that are involved with form chemical bonds. Below is a Table of Electronegativity values for some of the atoms in the periodic table. This number is the Electronegativity value of an atom. A number can be assigned to atoms to represent the atom's relative tendency to attract valence electrons. ![]() The concept of electronegativity uses the attraction for electrons by atoms to understand the ability of atoms sharing electrons in chemical bonds to attract electrons. Some atoms have a greater attraction for electrons than others.
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