Can you explain what is the difference between r_1 and r_2 please? Also, I am looking for the torque of the moments of time in which the stick is horizontal, so can I assume that I can ignore the 60pi*(change in time) part?CentrifugalKing said:T = (pL(r24-r14) × ((change in r)(p)(m)) * 2pi)
All of that divided by
60pi*(change in time)
Torque exerted by a cylinder's weight is the measure of the rotational force produced by the weight of a cylinder around an axis. It is a vector quantity with units of newton-meters (N*m).
The torque exerted by a cylinder's weight can be calculated by multiplying the weight of the cylinder by the distance from the cylinder's center of mass to the axis of rotation.
The torque exerted by a cylinder's weight is affected by the weight of the cylinder, the distance from the center of mass to the axis of rotation, and the angle between the weight and the axis of rotation. Additionally, the force of gravity and any external forces acting on the cylinder can also impact the torque.
Torque exerted by a cylinder's weight is important because it helps us understand the rotational motion of objects. It is also a crucial factor in determining the stability and balance of structures and machines that involve rotating cylinders.
To increase the torque exerted by a cylinder's weight, either the weight of the cylinder or the distance from the center of mass to the axis of rotation can be increased. Alternatively, the angle between the weight and the axis of rotation can be changed to increase the torque. Additionally, external forces can also be applied to increase the torque.