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Calculus is the study of change and is applicable across various fields including engineering, science, and economics. In engineering, it aids in robotics and system design, while in science, it underpins laws of motion and astronomical calculations. Additionally, calculus is employed in economics for optimization and in other fields such as business and global mapping.








Introduction to the presentation on the importance of calculus by Khan Mohammad Shayshab Azad.
Calculus studies change, modeling systems with change, and making predictions.
Differentiation and integration have wide real-world applications in sports, engineering, and astronomy.
In engineering, calculus is used in robotics, system design, and improving vehicle safety.
Newton utilized calculus in motion laws; it's crucial in astronomy, space technology, and infrastructure.
Calculus aids in finding optimal economic solutions, cost minimization, and financial calculations.
Calculus is used in business surveys, global mapping, and solving paradoxes.