How to Find a Specific Reaction or Topic on ChemTube3D

Updated

ChemTube3D organizes its interactive 3D chemistry animations into broad categories, with each specific reaction or concept as its own page. To find a specific reaction or topic, first identify which category it belongs to — Organic, Stereochemistry, Nucleophilic substitution, Elimination, Electrophilic addition, or Electrophilic aromatic substitution — then scan that category's list for the reaction name. For example, a Grignard addition is listed under Organic Chemistry Animations, while R/S configuration is under Stereochemistry.

How the site is organized

The content is grouped by reaction type or concept area rather than by a single alphabetical index. From the menu, you enter a category and then choose the individual animation page.

Category Example topics listed
Organic Chemistry Animations Nucleophilic Addition to C=O, Nucleophilic Substitution at C=O, Addition to C=O – loss of carbonyl oxygen
Stereochemistry Chiral molecules R or S, Chiral or achiral?, Molecules with a Plane of Symmetry, Conformation vs Configuration
Nucleophilic substitution Simple SN2 reaction, SN1 and SN2, Substrate structure controls substitution mechanism
Elimination E2 to form cyclohexadiene, E1 unimolecular, E1cB unimolecular conjugate base
Electrophilic addition to alkenes Ethylene and Bromine, Stereospecific addition, Regioselective addition
Electrophilic aromatic substitution Nitration of benzene, Friedel-Crafts alkylation

Step-by-step: locating a target reaction

  1. Name the reaction or concept precisely. For instance, "Wittig reaction," "oxime formation," or "conformations of butane."
  2. Match it to a category. Use the table above or the menu headings. Carbonyl chemistry and named reactions sit under Organic; chirality and symmetry sit under Stereochemistry.
  3. Scan the category list for the exact page title. Titles are specific — for example, "Wittig reaction," "Imine formation," "Oxime formation," "Hydrazone formation," and "Wolff-Kishner Reduction" appear as separate entries under the C=O addition group.
  4. Open the page. Each entry is a standalone animation page for that reaction or topic.

Common sticking points

  • A reaction may sit under a mechanism family, not its name. "Borohydride reduction" and "Cyanide addition" are listed under Nucleophilic Addition to C=O, not under a separate "reductions" heading.
  • Some topics appear in more than one place. Stereochemistry pages cover both configuration (R/S, chiral or achiral) and conformation (ethane, butane, cyclohexane, decalin), so check both the conformation and configuration sub-lists.
  • Related reactions are grouped together. If you cannot find a named reaction, look for its parent transformation — for example, acetal and cyclic acetal formation are listed together under Addition to C=O.

When this approach works best

This category-first method is fastest when you already know the reaction type (for example, an elimination or an electrophilic aromatic substitution). If you only have a compound name or a vague topic, start from the broadest matching category and read down the list, since page titles use standard reaction and concept names.