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Polygence Scholar2023
Aditya Sharma's profile

Aditya Sharma

Class of 2023

About

Projects

  • "What are the key factors influencing the movement and collision dynamics of Beyblades, and how can they be analyzed and modeled within the framework of physics?" with mentor Alistair (Sept. 3, 2023)

Project Portfolio

What are the key factors influencing the movement and collision dynamics of Beyblades, and how can they be analyzed and modeled within the framework of physics?

Started June 29, 2023

Abstract or project description

This research paper delves into the key factors influencing Beyblades's movement and collision dynamics, with a primary focus on rotational quantities, within a theoretical framework. Beyblades, popular spinning top toys used in competitive battles, exhibit rotational motion during gameplay, requiring an exploration of the factors contributing to their movement and collisions. This study employs principles from physics to identify and analyze the fundamental factors affecting the rotational dynamics of Beyblades. Through theoretical analysis and mathematical modelling, variables such as spin rate, angular momentum, moment of inertia, and contact forces are examined, along with research on the physics behind Beyblade types and materials, including aerodynamics and friction. The relationship between these factors and the resulting movement and collision characteristics of Beyblades is explored. Furthermore, the application of physics principles, such as the conservation of angular momentum and the laws of motion, is utilized to develop mathematical models that represent the rotational dynamics of Beyblades. The research also takes into account previous studies and research conducted on different Beyblade types to refine the theoretical framework. The findings provide valuable insights into optimizing Beyblade performance, designing strategic approaches for battles, and expanding the theoretical understanding of rotational dynamics in spinning top toys.

Keywords: Beyblades, movement dynamics, collision dynamics, rotational motion, spin rate, angular momentum, moment of inertia, contact forces, theoretical analysis, mathematical modeling, Beyblade types, Beyblade materials, friction.