Classic science has endured the test of time and carries a pedigree. Classic science says “thus and so” and sticks to its word. It is evergreen. It is solid. It is dependable. You may find that classic science is your kind of science.
Classic Science
- What is Red Clay?
- Why Urine is Yellow
- Wissahickon Garnets
- Oxy Acid Terminology
- Aromatic Tropylium Ion
- Keto-Enol Tautomerism
- Hatters, Felt, & Mercury
- Sparks from Steel & Flint
- Acetylene and Acetylides
- Hydrolysis of Acetonitrile
- Dust Storms on the Moon
- What is a Hydronium Ion?
- Acid Base Proton Transfer
- The One Cell Blob Amoeba
- Does Iron Float in Mercury?
- Electron Structure in Atoms
- Three Isotopes of Hydrogen
- Nature of the Chemical Bond
- Why Balloons Blow Up Round
- Daphnia Pulex: The Water Flea
- Distance, Velocity, Acceleration
- Aluminum Foil: One Shiny Side?
- Ideal Gas Law Molecular Weight
- The Stentor Trumpet Animalcule
- Aromatic Cyclopentadienyl Anion
- Forming of Nitrogen Heterocycles
- Pyrophoricity: How Does It Work?
- What Are Hybrid Atomic Orbitals?
- The Cyclops Freshwater Copepod
- Temperature Different from Heat?
- Anhydrides: Inorganic and Organic
- Characteristics of a High Mass Star
- Imidazole Synthesis and Chemistry
- Chemistry: What’s a Chromophore?
- Examples of Atoms That are Ionized
- What Causes Chemical Explosions?
- Total Energy of One Hydrogen Atom
- Is Cyclopropenone Aromatic or Not?
- Is 304 Stainless Steel Magnetizable?
- The Rotifer: Nature’s Vacuum Cleaner
- Organic Chemistry: What is a Lactam?
- Explaining Saturation and Unsaturation
- Difference Between Fission and Fusion
- Organic Chemistry: Pericyclic Reactions
- Hydra: Octopus of the Microscopic World
- Ethane Sigma Bond Rotation Conformers
- Calculate Radiation Energy by Wavelength
- The Eight Legged Tardigrade or Water Bear
- Propane and Oxygen Combustion Question
- Explosives: Nitrogen-Containing Fulminates
- What are Oximes and How Are They Useful?
- Hydrogen Bonding Effects at Various Levels
- Drawing Single Bond Organic Hydrocarbons
- Chemicals With the Same Empirical Formula
- Straight Chain Alkanes: Predicting Properties
- What Went Wrong? Preparing an Alkyl Halide
- Which are Stronger? Covalent or Ionic Bonds?
- Adenosine Triphosphate (ATP) and Metabolism
- Lactones: What Are They? How Are They Made?
- Hückel’s Smallest: Aromatic Cyclopropenyl Cation
- Earth Gravity – Distinguishing the Forest and Trees
- What are Cis and Trans Double Bonds? That’s Easy!
- Structure of Hydrazoic Acid and Its Azide Derivatives
- Do Double Bonds Flip? Does Electron Density Move?
- Factors that Complicate Atomic Mass Determination
- What is the Difference between Motor Oil and Grease
- How Does Bleach Bleach? What Removes the Color?
- Comparing ⁴He with ²H₂ – An Atom with a Molecule?
- The Tragic Case of the Los Angeles Wannabe Chemist
- The Difference Between Alkanes, Alkenes, and Alkynes
- [12]Annulene and Two Simple Derivatives – Aromaticity?
- The Quintessential Aromatic Hydrocarbon Benzene (Pt.1)
- The Quintessential Aromatic Hydrocarbon Benzene (Pt.2)
- The Quintessential Aromatic Hydrocarbon Benzene (Pt.3)
- Why Cyclodecapentaene is Not an Aromatic Hydrocarbon
- Capillary Action from the Forces of Adhesion and Cohesion
- Mono- Di- and PolySaccharides: Starches Sugars Cellulose
- The Molecular Structure of Sodium Metasilicate Anhydrous
- Chemistry Students: Remember the Water of Crystallization
- Chemical Separation by Fractional Distillation and Crystallization
- Prussian Blue – The Traditional Blue of Blueprints: Its Chemistry?
- Azulene or Cycloheptatrienyl Cation Cyclopentadienyl Anion “Salt?”
- What’s the Difference Between Static Electricity and ‘Regular’ Electricity?
- Use of the Hull Cell in Maintaining Electroplating and Electroforming Baths