VitaX said:
Torque in unit vector notation is a mathematical representation of the twisting or rotational force applied to an object. It is expressed as a vector quantity, with both magnitude and direction.
To calculate torque in unit vector notation, you must multiply the force vector by the distance vector. The result is a vector representing the torque.
Unit vector notation is used to represent the direction of the force and distance vectors in torque calculations. This helps to accurately determine the direction and magnitude of the resulting torque vector.
Unit vector notation allows for a more precise and concise representation of torque, as it takes into account both the direction and magnitude of the force and distance vectors. It also allows for easier vector addition and subtraction, making complex torque calculations more manageable.
One limitation of using unit vector notation in torque calculations is that it can only be applied to objects that rotate around a fixed axis. Additionally, it does not take into account the shape or mass distribution of the object, which can affect the resulting torque.