Los automóviles tienen el 60% de su peso ubicado en el eje transversal que une las llantas delanteras y el 40% en el eje transversal que une las llantas traseras; si la distancia entre ejes es de 2.5 m ¿Dónde está ubicado el centro de masas con respecto al eje delantero?
Automobiles have 60% of their weight located on the transverse axis that joins the front wheels and 40% on the transverse axis that joins the rear wheels; if the wheelbase is 2.5 m, where is the center of mass located with respect to the front axle?
Explicación de la importancia que el centro de masa de los vehículos coincida con la posición del conductor y el copiloto Sistemas en Equilibrio, Sumatoria de Torques, Centro de Gravedad, Centro de Masas.
#SistemasEnEquilibrio #SumatoriadeTorques #Centro de Masas, Rigid Body Angular Acceleration, Rotation Dynamics, Rigid Body Rotation on Moving Axis, Work and Power in Motion, Rotation; Angular Moment, Conservation of Angular Moment, Solved Problems Dynamics of Rotation, University Physics, Rigid Body Angular Acceleration, Rotation Dynamics, Rigid Body Rotation on Moving Axis, Work and Power in Motion, Rotation; Angular Moment, Conservation of Angular Moment, Solved Problems Dynamics of Rotation, University Physics, Systems in Equilibrium, Summation of Torques, Center of Gravity, Center of Masses.
Explanation of the importance that the center of mass of the vehicles coincides with the position of the driver and the co-pilot. Systems in Balance, Summation of Torques, Center of Gravity, Center of Mass.

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