Looks like you are taking moments about the centre of the cylinder. Think again about the torque due to T. Maybe draw a nice big picture, carefully.jaewonjung said:
Good.jaewonjung said:
Spool moving without rolling is a phenomenon where a spool or a cylindrical object moves from one point to another without rotating or rolling. This motion is achieved by creating an external force that causes the spool to slide or glide instead of rolling.
Spool moving without rolling has various applications in different fields such as manufacturing, robotics, and transportation. It can be used to move heavy objects, conveyor belts, and even vehicles without the need for wheels or tracks.
In traditional rolling motion, an object moves by rotating around its own axis while in spool moving without rolling, the object moves by sliding or gliding. This results in lower friction and allows for smoother and more controlled movement.
One of the main advantages of spool moving without rolling is the reduction of friction, which results in less wear and tear on the object and its surroundings. This can also lead to increased efficiency and cost savings in industries where frequent movement of heavy objects is required. Additionally, this motion can also be used in environments where traditional rolling motion is not feasible, such as in space exploration.
One of the main challenges in implementing spool moving without rolling is creating the external force that will cause the object to slide or glide. This force needs to be carefully controlled to ensure smooth and precise movement. Additionally, the design of the spool and the surface it is moving on needs to be carefully considered to prevent any damage or instability.
