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In this simulation, the user will learn the basics of balancing chemical reactions and identifying reaction types.
This simulation provides a place for users to practice balancing chemical equations. Users can select a difficulty level and the number of problems they wish to solve. The activity presents equations with missing coefficients, offering immediate feedback and progressive hints to guide students toward the correct solution. T
This interactive simulation allows students to investigate the chemical reactivity of metals. By virtually mixing various metals with different ionic solutions, students can observe single replacement reactions. The are able to see the reaction occur at a particle level view and a macroscopic view. They collect data to build their own activity series, analyze patterns, and determine the identity of an unknown metal.
The virtual lab experiment simulates double replacement reactions. Students mix aqueous ionic solutions to observe precipitate formation, visualize ions at the particle level, and apply solubility rules. The simulation includes a challenge to identify unknown solutions by systematically testing their reactions with known chemicals, reinforcing inquiry-based learning and critical thinking.
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