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Computational chemistry applies mathematical and computational methods to investigate chemical systems, making it a key component of computational science within the broader contexts of science and mathematics. It employs algorithms and simulations to predict molecular properties and reactions, thereby complementing experimental approaches in chemistry. By harnessing the power of computers, this field enables researchers to explore complex chemical phenomena that might be difficult or impossible to study through traditional laboratory methods alone. In this way, computational chemistry bridges the gap between mathematical theory and practical chemical applications, advancing our understanding of molecular behavior and driving innovation in materials science, drug design, and environmental science, among other areas.