**About Work Done by Torque Calculator (Formula)**

The Work Done by Torque Calculator is a useful tool that allows users to calculate the amount of work done by a given torque applied over a certain change in angular position.

**The formula used by this calculator is simple yet powerful:**

**Wt = t * d(θ)**

Where Wt represents the work done by torque in Joules, t is the total torque applied in Newton-meters (N-m), and d(θ) represents the change in angular position in radians.

Torque and its relationship to work are essential concepts in physics and engineering. When a force is applied over a certain distance to an object, torque refers to the twisting force applied to it, while work refers to the transfer of energy. When a torque is applied to an object, it causes it to rotate around an axis, and the amount of work done is proportional to the torque applied and the angle through which the object rotates.

With the Work Done by Torque Calculator, users only need to enter the total torque and the change in angular position, and the calculator will calculate the amount of work they have performed. In addition to being useful in engineering applications such as the design of machines and mechanical systems that involve rotating parts, this tool can be useful in physics experiments that require the calculation of torque work.

Overall, the Work Done by Torque Calculator is a handy tool that simplifies the calculation of how much work can be done by applying a given torque over a certain change in angular position. Using this tool saves engineers, scientists, and students a lot of time and effort when calculating work done in rotating systems.