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The first ionization potential for S is lower than the first ionization potential for P because: a) p has a p3 configuration b) Hund's rule is violated Oc) ionization potentials decrease across a representative period d) P is below S on the periodic table e) p is to the right of S on the periodic table bonds: a) have very little electron density along the internuclear axis Ob) are formed from s orbitals c) are formed from hybrid orbitals d) are formed by endwise overlap of p orbits e) are the only kind of bonds present in double bonds

The first ionization potential for S is lower than the first ionization potential for P because: a) p has a p3 configuration b) Hund's rule is violated Oc) ionization potentials decrease across a representative period d) P is below S on the periodic table e) p is to the right of S on the periodic table bonds: a) have very little electron density along the internuclear axis Ob) are formed from s orbitals c) are formed from hybrid orbitals d) are formed by endwise overlap of p orbits e) are the only kind of bonds present in double bonds

Chemistry: Matter and Change
Chemistry: Matter and Change
1st Edition
ISBN:9780078746376
Author:Dinah Zike, Laurel Dingrando, Nicholas Hainen, Cheryl Wistrom
Publisher:Dinah Zike, Laurel Dingrando, Nicholas Hainen, Cheryl Wistrom
Chapter6: The Periodic Table And Periodic Law
Section6.2: Classification Of The Elements
Problem 13SSC
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The first ionization potential for S is lower than the first ionization potential for P because: a) p has a p3 configuration b) Hund's rule is violated Oc) ionization potentials decrease across a representative period d) P is below S on the periodic table e) p is to the right of S on the periodic table
Transcribed Image Text:The first ionization potential for S is lower than the first ionization potential for P because: a) p has a p3 configuration b) Hund's rule is violated Oc) ionization potentials decrease across a representative period d) P is below S on the periodic table e) p is to the right of S on the periodic table
bonds: a) have very little electron density along the internuclear axis Ob) are formed from s orbitals c) are formed from hybrid orbitals d) are formed by endwise overlap of p orbits e) are the only kind of bonds present in double bonds
Transcribed Image Text:bonds: a) have very little electron density along the internuclear axis Ob) are formed from s orbitals c) are formed from hybrid orbitals d) are formed by endwise overlap of p orbits e) are the only kind of bonds present in double bonds
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