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Browsing Editable The following are all of the editable activities, from all categories and modules, in alphabetical order. The models are not sequentially numbered; gaps in numbering do not indicate missing models but rather reflect the creation process. 138 activities total. Displaying activities 1 through 138. Activity List A Comparison of Liquid and Gas States Activation Energy [advanced] Active Filters (demo) Air Filtration Alignment of Dipole Moments with/without an External Field Amino Acids and Water: 20 Alanine Model Amplification of Biochemical Signals: the ELISA Test Atomic Mass and Melting Point Atomic Structure (SAM) Atoms and Conservation of Energy (SAM) Catalysis: Homogeneous Charge-Dipole Interaction Chemical Equilibrium (demo) Chemical Equilibrium and Le Chatelier's Principle Chemical Potential Energy and Phase Change Chemical Reaction Kinetics: Dissociation and Recombination of Diatomic Molecules (Demo) Chemical Reactions (advanced unit) Chemical Reactions and Stoichiometry (SAM) Counting Reactants and Products Crystals: Closely Packed Metals (3D dynamic) Density and Buoyancy with Centrifugation Designer Proteins Diffusion Assessment (test) Diffusion, Osmosis, and Active Transport (SAM) Diffusion, Osmosis, and Dialysis Dissolving Salt in Water (template model) Dissolving Salt in Water: Teacher-contributed variant Distillation and the Role of Weak Forces DNA Hybridization (Plain Model) DNA Hybridization: Southern Blot DNA to Protein Synthesis DNA to Proteins (SAM) Docking: Binding of Complementary Surfaces Effect of Charges on Folding: A Strongly Polar Conformation Effect of Charges on Folding: An Alternately Charged Conformation Effusion 2 Elastic Collision between Two Particles Electric Current (SAM) Electrical Generators Electrostatic Self-Assembly (demo) Electrostatics (SAM) Energy Conservation in Chemical Reactions Energy Games: Energy and Force Among Atoms Excited States and Photons (SAM) Experiement on an All-Hydrophilic Polypeptide Explosion FACS (Fluorescence Activated Cell Sorting) Fluorescence: Molecular Tagging Formation of Water Shells around Ions Four Levels of Protein Structure (SAM) Free Radicals: Their Role in Chemical Reactions From Monomers to Polymers (Three-activity module) Gas Effusion in a Two-Compartment Container Gas Laws (SAM) Gas Molecules in a Box (3D dynamics) Graphite: Chemical Bond Network Heat and Temperature Heat and Temperature Heat and Temperature (SAM) Heat Flow (Monday's Lesson) Heat of Vaporization (with Latent Heat) Heat Propagation Heat Transfer 2 Hemoglobin (ROVER) Hemoglobin Tour HIV Virus How a Protein Gets Its Shape (older version): The Role of DNA as Code How a Protein Gets Its Shape: The Role of Charge How Do Mass and Inertia Affect Molecular Motion? Hydrophilicity Hydrophobia Intermolecular Forces (SAM) Introduction to Crystals Introduction to Modeling (SAM) Introduction to Molecular Dynamics Models Ion Transport in an Electric Field Ionic Bonds Kinetic Energy Equipartition Latent Heat Light and Matter Interactions (The Activity) Light-Matter Interaction Part I: Photons (Template) Lipids and Carbohydrates (SAM) Liquid Crystals: the Mesophase between Solids and Liquids Magnetism: Magnetic levitation of a Charged Particle in a Gravitational Field Mass Effect of Diffusion Maxwell Speed and Velocity Distributions Melittin Protein Micelle Dynamics Mission Immunity (Rover) Molecular Crystals Molecular Dynamics Simulation of Sodium Chloride (3D) Molecular Geometry: (SAM) Introduction to Molecular Shape Molecular Sieve (demo) Molecules with Aromatic Rings Mutations: Changing the Genetic Code Nanomachines Newton's Laws at the Atomic Level (SAM) Observing Newton's 3rd Law in Molecular Dynamics Simulation Osmosis and Osmotic Pressure: Simple Model Phase Change (SAM) Phase Separation Piezoelectric Effect Point Defects in Crystals Polymerization Polymerization: Step Growth (model only) Potential Energy Curves and Activation Energy Potential Energy in Covalent Bond Formation Protein Conservation: an View into Proteomics Protein Folding (Stepping Stones-Full Activity) Protein folding starting from a random coil: a long polypeptide Protein Substrate Docking Protein Synthesis Core Model Proteins and Nucleic Acids (SAM) Reaction Rate and Concentration Reaction Rate and Temperature Reaction Rates, Catalysis, and Pasteurization Reversibility of Chemical Reactions Self-alignment of dipole moments and alignment in external field Self-Assembly (Demo model) Self-Assembly with Nanomanufacturing Simulating Primitive Life: Nanoworms Solvation of Polar Molecules Spectroscopy (SAM) States of Matter Basics: Interatomic interactions: Towards state of matter (I) and (II) States of Matter Basics: Comparison of liquid and solid Strong Chemical Bonds (SAM) Structure of Proteins: Insulin Superballs are Like Atoms The Effect of Structures and Subforces on Protein Conformation The Relationship Between Interaction Strength and Melting Point The Tree of Life's Macromolecules Thermal (Brownian) Motion: Atoms and Molecules Are Always Moving Tobacco Mosaic Virus Visualizing Beginning Molecular Ideas (a TEST) Water as mediators of proteins in cells Water Molecules X-ray Crystallography Zoom It - A Sense of Scale View Complete Activity List

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These materials are based upon work supported
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9980620, ESI-0242701 and EIA-0219345

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