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Physics Of Tennis

Physics Of Tennis. Presented by : Dr. Jennifer Kadlowec, Casey Oware and Dhaval Naik Rowan University. Sweetspot. The sweetspot is the area of a racquet which yields the most return and produces the best feel. There are three known sweetspots. Energy.

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Physics Of Tennis

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  1. Physics Of Tennis Presented by: Dr. Jennifer Kadlowec,Casey Oware and Dhaval Naik Rowan University

  2. Sweetspot • The sweetspot is the area of a racquet which yields the most return and produces the best feel. • There are three known sweetspots.

  3. Energy • Energy is the conserved property of objects that can neither be created nor destroyed. • It is a scalar quantity and it is represented by the symbol E. • Examples of some forms of energy are kinetic, potential, heat, sound, electrical energy, etc.

  4. Kinetic Energy • Kinetic energy is the energy a particle associated with its motion. • It is a scalar quantity; it depends only on the particle’s mass and speed, not its direction of motion.

  5. Potential Energy • Potential energy also known as gravitational potential energy. • It is defined as the energy of a particle associated with the position of a system rather than its motion. U = mgh

  6. Conservation Of Energy • The basic principle of conservation of energy is that energy can neither be created nor destroyed. It can only be transformed from one state to another. Etotal = Einitial = Efinal Einitial = Ki + Ui Efinal = Kf + Uf + Energy loss

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