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| Classifying Chemical Compounds | ||
| Sleuthing with Instruments | ||
| Classifying Compounds using Molecular Modeling | ||
| Biological Classification | ||
| Life's Third Domain | ||
| The Dental HIV Puzzle | ||
| The Trichotomy | ||
| The Periodic Table | ||
| The Symmetries of Strip Patterns | ||
| Sphere Packing |
| Studying pH and weak acids | ||
| pH and Structure | ||
| Electrophysiology | ||
| Mechanical Efficiency of Machines | ||
| Use of Protozoa to Study Basic Biological Principles | ||
| Analyzing Sounds | ||
| Work, Torque, and Power of the Human Arm | ||
| Ohm's Law, Resistance, and Resistivity | ||
| Combustion Calorimetry | ||
| The Ups and Downs of Clay Particles | ||
| Simple Harmonic Motion | ||
| Absorption of Light and Brightness of Surfaces | ||
| Photometry - the Comparison of Light Intensities |
| Finding the Stoichiometry of Reactions | ||
| Studying Transition Metal Complexes | ||
| Graphing | ||
| Kinetics - How fast do Reactions Occur? | ||
| Gamma Ray Attenuation by Lead | ||
| Oscillations of a Pendulum | ||
| Rate of Cooling of a Hot Body | ||
| Electrical Decay - the RC circuit | ||
| Psychophysics | ||
| Measuring the Mass of Jupiter | ||
| Sizes of Lunar Features | ||
| The Sizes of Things | ||
| Why was Pop or Soda also called Phosphates? | ||
| Determining the Copper Content of a Penny | ||
| Describing Color - Visually and Instrumentally | ||
| Synthesis: Compounds containing Copper | ||
| Absorption of Ultraviolet Light by Caffeine | ||
| Transmittance and Absorbance | ||
| Build a Model of Caffeine | ||
| Absorbance and Concentration | ||
| Determination of Caffeine Content in an Unknown | ||
| Measuring Unfathomable Distances I | ||
| Measuring Unfathomable Distances II | ||
| Construction of a DNA Model | ||
| Extraction of DNA from Bacteria | ||
| Replication of a DNA model | ||
| DNA Replication | ||
| Simulating Cell Membranes | ||
| Atomic and Ionic Lattices | ||
| Cellular Respiration Simulations | ||
| The Water Cycle |
| Nuclear Counting Statistics |
| Investigating the Unique Properties of Water | ||
| Polination Module |
| Analyzing for Lead in Real Samples | ||
| The Water Project | ||
| Studying the Nitrogen Cycle in a Home Aquarium |