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Master Chemistry
Through Experiments

Interactive experiments for Classes 10-12 with theory, procedures, and practice questions

Three beakers with yellow liquid Laboratory scene from Antarctic research
Scientist conducting chemical test

Categories

Master chemistry through three core disciplines designed for your success

Chemistry laboratory equipment setup

Organic Chemistry

Explore carbon compounds, reactions, and mechanisms through hands-on experiments

  • • Hydrocarbon reactions
  • • Functional group analysis
  • • Synthesis pathways
Laboratory workbench with supplies

Inorganic Chemistry

Study elements, compounds, and chemical reactions excluding carbon chains

  • • Periodic trends
  • • Coordination compounds
  • • Qualitative analysis
Scientist working in laboratory

Physical Chemistry

Understand chemical systems through physics principles and mathematical models

  • • Thermodynamics
  • • Chemical kinetics
  • • Equilibrium studies

Organic Chemistry

Master carbon compounds and reactions through interactive experiments

Organic chemistry laboratory setup

Hydrocarbon Reactions

Understand alkane, alkene, and alkyne reactions through step-by-step procedures

Theory Procedure Practice
Organic chemistry lab equipment

Functional Groups

Identify and analyze alcohol, aldehyde, ketone, and acid functional groups

Theory Procedure Practice
Organic chemistry laboratory workspace

Synthesis Pathways

Learn multi-step organic synthesis from starting materials to final products

Theory Procedure Practice

Inorganic Chemistry

Explore elements, compounds, and reactions beyond carbon chains

Laboratory glassware setup

Periodic Trends

Analyze element properties across periods and groups with interactive demonstrations

Theory Procedure Practice
Lab glassware displayed on shelf

Coordination Compounds

Study transition metal complexes and their fascinating color changes

Theory Procedure Practice
Stacked laboratory glassware

Qualitative Analysis

Master cation and anion identification through systematic testing protocols

Theory Procedure Practice

Physical Chemistry

Understand energy changes and molecular interactions

Molecular bonding diagram

Thermodynamics

Study heat changes and energy transformations

Theory: Enthalpy and entropy concepts
Procedure: Calorimetry experiments
Questions: 12 practice problems
3D molecular bonding render

Chemical Kinetics

Analyze reaction rates and mechanisms

Theory: Rate laws and activation energy
Procedure: Concentration vs time study
Questions: 10 practice problems
Abstract molecular structure

Electrochemistry

Study redox reactions and electrolysis

Theory: Nernst equation applications
Procedure: Electrolysis experiments
Questions: 14 practice problems

Simulation Lab

Explore chemistry through interactive virtual experiments

Laboratory equipment

Virtual Titration

Practice acid-base titrations without chemicals

Real-time pH monitoring
Multiple acid-base combinations
Instant results and analysis
NIAID lab workbench

Molecular Builder

Create and visualize 3D molecular structures

Drag-and-drop atom placement
Bond angle visualization
Interactive 3D rotation
Scientist in laboratory

Reaction Simulator

Observe chemical reactions in real-time

Temperature and pressure controls
Concentration variations
Rate constant calculations

Practice Zone

Test your knowledge with interactive quizzes and problem sets

Laboratory equipment

Organic Chemistry Quiz

50+ questions on hydrocarbons, alcohols, and acids

• Topic-wise practice sets
• Instant feedback and solutions
• Progress tracking
NIAID lab workbench

Inorganic Problems

Master periodic trends and chemical bonding

• Element properties exercises
• Reaction mechanism questions
• Numerical problem solving
Scientist working in laboratory

Physical Chemistry

Solve thermodynamics and kinetics problems

• Equilibrium calculations
• Rate law determinations
• Electrochemistry exercises