![]() ![]() The lab contains four experiments, each has one dependent and three independent variables: pressure §, temperature (T), volume (V), and the number of moles (n). Heat, electric fields, or magnetic fields can also be applied. Students probe samples (e.g., a gas, metal foil, two-slit screen, etc.) with a source (e.g., a laser, electron gun, alpha-particle source, etc.) and detect the outcome with a specific detector (e.g., a phosphor screen, spectrometer, etc.). The devices are located in the stockroom and are taken out to place on the optics table. There is an optics table on which you place a source, sample, modifier, and detector combination to perform experiments. ![]() The lab allows students to explore and understand the foundational experiments that led to the development of atomic theory. There are in excess of 10^16 possible outcomes for these simulations. The simulation uses over 2,500 photos and 220 videos to show reactions and flame tests. The lab includes 26 cations that can be added to test tubes in any combination, 11 reagents that can be added to the test tubes in any sequence and any number of times, lab manipulations, a lab book to record results, and a stockroom to create known mixtures, generate practice unknowns, or retrieve instructor assigned unknowns. ![]() Virtual ChemLab has five individual lab benches: These user designed simulations combine both text based instructions and the simulation into a single distributable file.Más allá de LabzLaboratorios virtuales, ciencia realīuilt over a Science SDK developed through 20 years of research at BYU, Beyond Labz creates open-ended virtual lab experiences that provide students with opportunities to experiment, practice, fail, discover and learn without the limitations, expense and safety constraints of an actual laboratory. Users can expand upon the original lab set using ChemLab's LabWizard development tools, thus allowing for curriculum specific lab simulation development by educators. Users step-through the actual lab procedure while interacting with animated equipment in a way that is similar to the real lab experience.ĬhemLab comes with a range of pre-designed lab experiments for general chemistry at the high school and college level. ![]() Commonly used lab equipment and procedures are used to simulate the steps involved in performing an experiment. Model ChemLab is a unique product incorporating both an interactive simulation and a lab notebook workspace with separate areas for theory, procedures and student observations. It has continued to be developed with extensive input from educators interested in the possible application of computer simulations for classroom and distance learning. Model ChemLab originated from academic work in computer simulation and software design at McMaster University. Whether your challenge is to introduce new computer technology to your curriculum, or bring the lab experience to on-line students or a need for an alternative to dangerous, expensive or environmentally hazardous labs, then Model ChemLab is the classroom proven solution for you. ![]()
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