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Q: What is the practical application of analytic geometry in physics?

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An automobile is a practical application of physics in every day life. Walking and using a skateboard are also practical applications of physics.

Yes. In fact you need to be very good at mathematics. Both physics and engineering (the practical application of, primarily, physics) are essentially mathematical.

engineering and physics.

Roberto Torretti has written: 'The Philosophy of Physics (The Evolution of Modern Philosophy)' 'Relativity and geometry' -- subject(s): Differential Geometry, Geometry, Geometry, Differential, Philosophy, Relativity (Physics)

the gathering of physics related information that adds to the knowledge of human body. Not directly concerned with the practical use and application of the information branches of pure physics bio-physics, cryogenics, electricity, electronics, magnetism, geo-physics, mathematical, mechanics, sound, nuclear physics, quantum physics, plasma physics, particle physics, statistical and thermodynamics.

If you mean 'pi,' the value of pi necessary for almost all practical mathematics is: 3.14159265 Further than that is only necessary for very delicate geometry and physics.

C. Zwikker has written: 'Technische physik der werkstoffe' -- subject(s): Materials, Mathematical physics, Nuclear physics, Physics 'The advanced geometry of plane curves and their applications' -- subject(s): Curves, Plane Geometry 'Advanced plane geometry' -- subject(s): Plane Geometry

The Development of Analytic Geometry Overview The fundamental idea of analytic geometry, the representation of curved lines by algebraic equations relating two variables, was developed in the seventeenth century by two French scholars, Pierre de Fermat and René Descartes. Their invention followed the modernization of algebra and algebraic notation by François Viète and provided the essential framework for the calculus of Isaac Newton and Gottfried Leibniz. The calculus, in turn, would become an indispensable mathematical tool in the development of physics, astronomy, and engineering over the next two centuries.

Medical physics is the use of physics in medicine. One of the best examples of the application of physics to medicine is the use of magnetic resonance in an MRI scan.

Engineering can be thought of as the application of physics.

there is none

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