About The importance of chemical principles

Drawing Lewis Structures and Choosing Between Them with Formal Charge and Resonance Gibbs Free Energy Electrochemical Cells Anodes Cathodes and Faraday's Law in Chemistry Michaelis-Menten Equation Oxidation States in Inorganic Chemistry Rate Laws and Reaction Order in Chemical Kinetics Crystal Field Splitting Energy de Broglie Matter Waves and the Schrödinger Equation for the Electron in Quantum Chemistry Carbon Hybridization and Sigma-Pi Bond Formation Effective Nuclear Charge and Electron Configurations in Multielectron Atoms Hydrogen Atom Periodic Trends in Ionization Energy and Electron Affinity Explained by Z_effective Angular and Radial Nodes of p-Orbitals in Atomic Structure Nernst Equation Cell Potential How Vitamin B12 and Zinc Drive Methionine Synthase Catalysis in Biochemistry Molecular Orbital Bond Order Deriving Rate Laws from Reaction Mechanisms with the Steady State Approximation in Chemical Kinetics Reversible Chemical Equilibrium Principles Wave-Particle Duality of Light Explained by the Photoelectric Effect Transition Metal Complex Color Chelate Effect and Stability Octet Rule Exceptions First-Order Radioactive Decay and Second-Order Integrated Rate Laws in Chemical Kinetics Acid-Base Titration Curve Shape Activation Energy Discovery of the Electron and Nucleus in Atomic Structure Determining Hybridization and Bond Enthalpies of Reaction in Chemistry Acid-Base Equilibria in Aqueous Solutions Inverse Relationship Between Bond Length and Bond Strength Conjugate Acid-Base Pairs and K_a K_b = K_w in Aqueous Acid-Base Chemistry