Skip to main content

This event requires teachers and/or chaperones to be responsible for the care, custody, and control of the minor participants; the University of Florida will not provide supervision. More information can be located at: Youth Compliance – University of Florida

Deadlines

March 20, 2026 = Registration Deadline*

April 17, 2026 = Emergency Contact, Parental Consent Waiver, and Environmental Health and Safety Parental Consent Form Deadline. All completed forms must be sent to chemathon@chem.ufl.edu.

*There is a $10 registration fee for each participant (student, teacher, chaperone); this fee covers breakfast snacks and lunch. Details on how to pay are provided in the registration link. T-shirts are also available for purchase (see below).

Required Forms

Registration Form: Register teams and chaperones (or teachers). All students, teachers, and chaperones should be included in the registration form.

Emergency Contact Form: Emergency contact information for all attendees. This is required for all students and adults attending the event and must be received prior to the day of the event.

Parental Consent Wavier Form: Required for each student.

Environmental Health and Safety (EHS) Parental Consent Form: This form from EHS will be sent later to registered teams from the Director, so teachers should monitor their emails daily.

Flyer advertising the University of Florida's Chemathon Competition 2026, held April 24 from 9 AM - 4 PM. It features hands-on lab activities, demos, exams, and lab tours, with registration due March 20 at clas.ufl.edu/chemathon.

Teams register as either Level I or Level II. Each school can bring up to 2 teams of 4 student each.

  • Measurements and units
  • Components of matter
  • Naming compounds
  • Stoichiometry of compounds
  • Stoichiometry of reactions
  • Three major aqueous reactions
  • Calorimetry
  • Atomic and electronic structure
  • Chemical bonding
  • Compounds
  • Stoichiometry
  • Aqueous reactions
  • Gases
  • Thermochemistry
  • Quantum theory
  • Electron configuration and periodicity
  • Chemical bonding
  • Shapes of molecules
  • Molecular orbitals (VB, hybridization, MO theory)
  • Intermolecular forces
  • Solids, liquids, and phase changes
  • Mixtures and solutions