Collection: Chemistry TI-84 Plus CE Calculator Programs

Chemistry TI-84 Plus CE Calculator Programs

Solve chemistry problems faster and with fewer mistakes using TI-84 Plus CE calculator programs designed specifically for chemistry students. These programs handle the heavy lifting—equation setup, rearranging formulas, unit conversions, and multi-step calculations—so you can focus on understanding concepts and checking your work instead of memorizing equations.

Whether you’re taking high school chemistry, AP Chemistry, or college general chemistry, these programs help with:

• Stoichiometry and mole calculations
• Gas laws and thermodynamics
• Thermochemistry and heat transfer
• Equilibrium and reaction calculations
• First-semester and second-semester chemistry topics

All programs run directly on the TI-84 Plus CE or TI-84 Plus CE Python calculator and are built to save time, reduce algebra errors, and lower test-day stress.

Which chemistry program should I choose?

• Need full coverage for general or AP Chemistry?
  Start with the Chemistry Solver Bundle for the best value and complete topic coverage.
• Only taking first-semester chemistry?
  Choose Chemistry (Part 1) for stoichiometry, gas laws, and core concepts.
• Second-semester chemistry topics?
  Chemistry (Part 2) covers thermochemistry, equilibrium, and advanced calculations.
• Thermochemistry focus?
  The Thermochemistry Solver is ideal for enthalpy, heat transfer, and phase-change problems.

New to TI-84 programs? Start with the Free TI-84 Programs or follow the TI-84 Setup Guide to get up and running in minutes.

Want extra peace of mind for AP exams? See the official guidance on our AP Chemistry calculator rules.

Quick comparison

• Chemistry Solver Bundle — complete chemistry coverage; best value for AP and college chemistry.
• Chemistry (Part 1) — stoichiometry, gas laws, and foundational chemistry calculations.
• Chemistry (Part 2) — thermochemistry, equilibrium, and advanced chemistry topics.
• Thermochemistry Solver — focused tool for heat transfer, enthalpy, and phase changes.