The angle between the F vector and the R vector is the angle we're looking for when we're solving for the torque exerted by a certain force. So let's use this formula.

Learn how to use force diagrams to analyze the forces and torques acting on a rigid system. Explore how force and torque can lead to rolling in different situations.

Examine how torque in rotational motion is analogous to force in linear motion. Learn how torque relates to force, position, and angle, and how force diagrams can be used to analyze forces and torques …

To produce a torque, the force F must be applied at some distance r away from the pivot point. Since only the perpendicular component F ⊥ produces torque, the equation includes sin θ (see Figure 2 …

A current-carrying coil kept in a magnetic field experiences a torque, which is the cross product of the magnetic moment and the field vector. Hence, the torque is maximum when the dipole moment is …

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You add up all of the torques where torque's trying to rotate it one way would be positive, and torque trying to rotate it the other direction would be negative, so you'd have to make sure signs are correct …

The angle through which a point on a rigid system rotates during a given time interval is called the angular displacement (Δ θ). We must specify a direction for angular displacement.

Now, we could head pretty far down this road, trying to model the physics of angular acceleration using the concepts of torque and moment of inertia. That level of simulation is beyond the scope of this …

A torque is the rotational equivalent of a force. When a torque is applied to an object it causes the object to rotate. Learn how forces create torques and how to calculate the net torque on a rotating object.