Chemistry 12 Virtual Laboratories
Experience Advanced Chemistry Like Never Before
Our Grade 12 Chemistry virtual laboratories provide an immersive, curriculum-aligned learning experience designed to support advanced chemistry education through interactive experimentation. Students can explore key concepts including acid-base titration pH changes, electrochemical cells, Faraday’s constant, ion concentration effects, enthalpy of dissolution, organic compound identification, ligand substitution in complexes, and reaction rate analysis.
The virtual labs promote scientific inquiry, critical thinking, and practical skills development in a safe and accessible digital environment. Fully aligned with Cambridge International standards, this package enables schools to deliver high-quality laboratory experiences while reducing equipment costs and increasing student engagement and accessibility.
Available Virtual Labs
Explore our comprehensive collection of Grade 12 Chemistry laboratory simulations
Chemistry Laboratories
Change in pH During the Titration of an Acid and a Base
Investigate how pH changes during acid-base titration using precise measurements and curve analysis.
30-45 minutesComparing the Voltage (Electric Potential) of Electrochemical Cells (Galvanic Cells)
Measure and compare voltage output from different galvanic cell configurations.
30-45 minutesDetermine Faraday's Constant
Explore electrolysis and calculate Faraday’s constant through controlled experimental data.
30-45 minutesChange in Ion Concentration in an Electrochemical Cell
Analyze how changing ion concentration affects cell potential in an electrochemical system.
30-45 minutesChange in Enthalpy of Dissolution of Chlorides
Measure temperature changes to determine the enthalpy of dissolution for chloride salts.
30-45 minutesIdentifying Four Unknown Organic Compounds 1
Use chemical tests and observation to identify unknown organic compounds.
30-45 minutesIdentifying Four Unknown Organic Compounds 2
Continue compound analysis using practical identification techniques and test results.
30-45 minutesComplexes and Ligand Substitution
Investigate coordination complexes and observe ligand substitution reactions.
30-45 minutesThe Effect of Concentration on the Rate of a Chemical Reaction
Explore how concentration impacts reaction rate through controlled experimental conditions.
30-45 minutes
Interactive Learning
Students engage with realistic lab equipment and procedures
Real-time Data
Collect and analyze data just like in a physical laboratory
Unlimited Flexibility
Change variables to replicate scenarios that are impossible in a physical lab