Torque is the measure of the effort required to rotate an axis. It is often mistaken for “force”, which is one of the components of torque. It is the result of distance and force, also known as conjugate, moment, torque, and binary. Torque is responsible for the engine’s ability to produce driving force, ie, the rotary motion. By placing a load to be moved by an electric motor, the force it can make will be directly connected to the length of the lever from the center of the shaft. Therefore, we can not determine a fixed value for the force of an engine.
It is possible to know the maximum load that it can drive 096001.00 ac motor for each lever, when we specify the force relating it to the length of the lever, and thus determines the torque of this motor. Regardless of whether the engine is small or powerful, both will do the same job. We can consider torque as work because there is an applied force that allows the motor to produce the intended work. Therefore, the torque is what indicates the capacity of the engine to generate the work itself, due to the time, ie, the evolution of the engine revolutions, it is now called power.