TECHNOLOGY Inertia Falsifies Newtonian Dynamics
Hashem L. AL-Othman
Abstract
Hashem L. AL-Othman
Abstract
There are some obstacles in Newtonian dynamics that are still unresolved. Those obstacles are caused by both of the wrong understanding of inertia and the limitations in Newton’s first & second laws. Therefore, I theoretically analyzed the motion of the spherical inelastic object on a perfectly smooth horizontal surface in a vacuumed system. I hypothesized two new laws in dynamics and a new physical property of forces which is “Force Relative Speed (FRS)” to explain the unexpected motion of the object and the flaws in Newton’s dynamics. Also, I presented a new definition of inertia and showed why and when this new definition should be used. According to the dynamics that I introduced in this article, Newtonian physics cannot describe any object's motion when that object has inertia, therefore the motion of many objects in nature is misunderstood. Consequently, a lot of physical parameters that were measured by using Newtonian dynamics are not accurate.
A significance statement is not available in the OpenAlex record.
A contribution statement is not available in the OpenAlex record.
Method details are not available in the OpenAlex metadata.
Findings are not separately available in the OpenAlex metadata.
Limitations are not available in the OpenAlex metadata.
Application details are not available in the OpenAlex metadata.
There are some obstacles in Newtonian dynamics that are still unresolved. Those obstacles are caused by both of the wrong understanding of inertia and the limitations in Newton’s first & second laws. Therefore, I theoretically analyzed the motion of the spherical inelastic object on a perfectly smooth horizontal surface in a vacuumed system. I hypothesized two new laws in dynamics and a new physical property of forces which is “Force Relative Speed (FRS)” to explain the unexpected motion of the object and the flaws in Newton’s dynamics. Also, I presented a new definition of inertia and showed why and when this new definition should be used. According to the dynamics that I introduced in this article, Newtonian physics cannot describe any object's motion when that object has inertia, therefore the motion of many objects in nature is misunderstood. Consequently, a lot of physical parameters that were measured by using Newtonian dynamics are not accurate.
Key concepts: Inertia, Newtonian dynamics, Dynamics (music), Classical mechanics, Object (grammar), Motion (physics), Newton's laws of motion, Newtonian fluid