The metals in Group IIIA, IVA, and VA of the periodic table are not transition metals. However,...

Learn about the diagonal relationship, boiling point, and metallic character trends on the periodic table. Understand why the trends appear on the periodic table.

Fajans' rules state that polarization changes ionic compounds under three specific conditions. Discover the conditions and explore Fajans' rules for chemical bonds and polarization consequences.

Learn about the group 2 elements on the periodic table. Discover the group 2 elements' properties and why the elements in group 2 are classified as alkaline earth metals. Finally, learn about the group 2 valence electrons.

Learn about the alkali metals group and explore the group 1A elements. Understand their charge, valence electrons, ions, and find out whether they are soft or hard.

Valence bond theory uses quantum mechanics to examine chemical bonds. Explore valence bond theory how it pertains to coordination compounds. Review the bonding and properties of coordination compounds, including bonding in Ni and cobalt complexes.

Learn about electrochemical potential. Discover the cell potential and free energy calculations. Plus, examine how to calculate the electrochemical potential.

Explore the beryllium element: Learn about who discovered beryllium, beryllium's uses, beryllium toxicity, and beryllium on the periodic table.

A core concept in quantum mechanics is known as the Heisenberg uncertainty principle. Learn more about the uncertainty principle and about Werner Karl Heisenberg, the physicist who developed the principle. Also, learn the equation for the Heisenberg uncertainty principle.

What is ionization energy? Learn the ionization energy definition, ionization energy trend, and the factors affecting it. Also, see the ionization energy chart.

Electronic displacements in covalent bonds happen when electrons move to a part or side of a molecule. Look at how inductive effects, resonance, hyperconjugation, and electromeric effects influence electronic displacement in covalent bonds.

A reaction mechanism refers to the steps that occur in a chemical reaction. Learn about reaction mechanisms, including intermediates, and understand the role of the rate-determining step, a step that is slower than the other steps and controls the reaction rate.

Learn about corrosion. Understand the corrosion definition, what things or substances can be corroded, the factors that cause corrosion, and the ways to prevent it.

What are transition metals? Learn about transition metals on the periodic table, the properties of transition metals, and see transition metals examples.

Ionic bonds are formed between positive and negative ions and can be affected by external factors. Learn how different types of ions, ionization energy, electronegativity, and lattice energy all affect ionic bonds.

Learn about the history and definition of atomic spectra. This will help us identify uses of the types of atomic spectra.

Learn about colligative properties and their equations. See Raoult's law in vapor pressure, a colligative property, and osmotic pressure problem examples. Learn about freezing point depression and boiling point elevation.