PERIODIC TRENDS
Suitable for Advanced chemistry and honors chemistry.
Coulomb’s Law(forces of attraction and repulsion), atomic size (atomic radius), ionic size, electronegativity ,ionization energy, metallic character, electron affinity, effective nuclear charge (Zeff), core electron shielding, exceptions to periodic trends.
Objectives: The objective of this course is for students to have a deeper understanding of periodic trends based on Coulombic forces and the electronic structure of atoms. Students should be able to support general periodic trends based on effective nuclear charge and core electron shielding, rather than rely on rote memorization.
0.25 HS credits in NH
2 weeks
Suitable for Advanced chemistry and honors chemistry.
Coulomb’s Law(forces of attraction and repulsion), atomic size (atomic radius), ionic size, electronegativity ,ionization energy, metallic character, electron affinity, effective nuclear charge (Zeff), core electron shielding, exceptions to periodic trends.
Objectives: The objective of this course is for students to have a deeper understanding of periodic trends based on Coulombic forces and the electronic structure of atoms. Students should be able to support general periodic trends based on effective nuclear charge and core electron shielding, rather than rely on rote memorization.
0.25 HS credits in NH
2 weeks
Suitable for Advanced chemistry and honors chemistry.
Coulomb’s Law(forces of attraction and repulsion), atomic size (atomic radius), ionic size, electronegativity ,ionization energy, metallic character, electron affinity, effective nuclear charge (Zeff), core electron shielding, exceptions to periodic trends.
Objectives: The objective of this course is for students to have a deeper understanding of periodic trends based on Coulombic forces and the electronic structure of atoms. Students should be able to support general periodic trends based on effective nuclear charge and core electron shielding, rather than rely on rote memorization.
0.25 HS credits in NH
2 weeks