Visualization of the Abstract in General Chemistry

该项目将发展和推广以计算机为基础的教育 这使学生能够形象化的抽象方面的一般 化学. 该软件解决了一个真实的学习问题， 从二维到三维的转变 对象和模型的表示。 现有物理 足够复杂的模型是有帮助的，但它们需要 实验室的时间和空间，并不允许内部意见 细节，也不是视图之间的过渡。 在解决问题方面， 因此，我们专注于数学/物理直觉，而不是 特定算法的应用。 我们帮助 让学生在物理现实和 数学表达式 计算机可以显示 模型的外部，并在 外部和内部视图，包括各种中间视图 states. 为了确保这种模拟的有效性，我们 使用复杂的图形，声音和响应准触觉 互动，让学生充分参与学习 体验. 我们将首先完成一个关于键合的模块， 其次是气体定律，晶体结构， 固体

This project will develop and extend computer-based education that enables students to visualize abstract aspects of general chemistry. The software addresses a real learning problem, that of making the transition from two to three-dimensional representations of objects and models. Existing physical models of adequate sophistication are helpful, but they take laboratory time and space, and do not allow views of interior details, nor transitions between views. In problem solving, therefore, we focus on mathematical/physical intuition instead of the application of particular algorithms. We help the students to make connections between physical reality and mathematical expressions. The computer can show both the exterior of a model and make a seamless transition between exterior and interior views, including various intermediate states. To assure the effectiveness of such simulations, we use sophisticated graphics, sound, and responsive quasi-tactile interaction to engage the students fully in the learning experience. We will first complete a module on bonding, to be followed by modules on gas laws, crystal structures, and solids.