Abstract
In this paper, the research study on the rigid kinetic energy (RKE) concept for deflective suspended mobile robot in energy workspace is adopted. This method is applied to solve and address the rigid kinetic problem, to specify the significant of the deflective coefficient problem, to derive a mathematical formation of rigid kinetic energy, to determine the nature of energy environment and to develop an algorithm to drive the rigid mobile robot in the energy workspace. The experiment was conducted on Lenovo Laptop with Microsoft window 10 operating system and MOBOT software application.
Highlights
Within the context, rigid mobile robot in a deflective state, have the tendency of deflection in an insignificant coefficient eye point of the rigid mobile robot in a closed kinetic energy systems
Rigid Kinetic Energy (RKE): It stands for the rigid kinetic energy of deflective coefficient of rigid mobile robot in energy workspace
This section highlighted the results obtained from the MOBOT simulation software for the rigid kinetic energy concept
Summary
Rigid mobile robot in a deflective state, have the tendency of deflection in an insignificant coefficient eye point of the rigid mobile robot in a closed kinetic energy systems. As the deflection is optimum, the rigid mobile robot remains on a pivoted edge point to attain a rigid kinetic energy on the rigid motion. A 3D rigid body dynamics for kinetic energy, instability and equations of motion [9] In their research, they described a motion in term of given out a rotation about fixed mass and to solve the force system required to sustain the motion. 3. Methodology This section highlighted the proposed method applied to solve the lingering problems acquired by the rigid mobile robot to gain rigid kinetic energy for deflective coefficient in energy workspace. I. RKE: It stands for the rigid kinetic energy of deflective coefficient of rigid mobile robot in energy workspace.
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