A quantity represented Z-star is divided by the square of the covalent radius in one definition of this quantity, and higher atomic values of this quantity make for better leaving groups in SN2 reactions. A ratio of electron densities is used in one definition of this quantity, which can be calculated as the mean of electron affinity and first ionization energy. Defined by Sanderson and Mulliken, this quantity increases as one moves toward the top right of the periodic table, and it is measured from 0.7 to 3.98 on a relative scale developed by Linus Pauling. Fluorine has the highest value of, for 10 points, what property that reflects an atom's ability to attract ele
A quantity represented Z-star is divided by the square of the covalent radius in one definition of this quantity, and higher atomic values of this quantity make for better leaving groups in SN2 reactions. A ratio of electron densities is used in one definition of this quantity, which can be calculated as the mean of electron affinity and first ionization energy. Defined by Sanderson and Mulliken, this quantity increases as one moves toward the top right of the periodic table, and it is measured from 0.7 to 3.98 on a relative scale developed by Linus Pauling. Fluorine has the highest value of, for 10 points, what property that reflects an atom's ability to attract electrons?
A quantity represented Z-star is divided by the square of the covalent radius in one definition of this quantity, and higher atomic values of this quantity make for better leaving groups in SN2 reactions.
electronegativity [do not accept "electron affinity"]