The discussion highlights the significance of friction as a non-conservative force in the context of cycling during holidays. It emphasizes that air resistance varies with velocity, leading to different energy losses depending on the travel path. The conversation suggests setting up equations of motion that incorporate frictional forces to analyze these effects. The proposed equation of motion is x'' - bv² + x = F(v), where x'' represents acceleration. Understanding these dynamics can enhance the experience of a holiday cycling adventure.
Friction is a nonconsertive force and must be accounted for. Typically, air resistance is not a linear function of velocity. So, different amounts of energy are lost to air friction for the different paths of travel. To prove this, set up an equation of motion for each direction incorporating the frictional force and assume the applied force is a funtion of velocity.
This is what I am thinking. How much feasible is it?
There is a white hole inside every black hole
The white hole spits mass/energy out continuously
The mass/energy that is spit out of a white hole drops back into it eventually. This is because of extreme space time curvature around the white hole
Ironically this extreme space time curvature of the space around a white hole is caused by the huge mass/energy packed in the white hole
Because of continuously spitting mass/energy which keeps...
i want to just test a linear generator with galvanometer , the magnet is N28 and the wire (Cu) is of 0.6mm thikness and 10m long , but galvanometer dont show anthing ,
The core is PLA material (3d printed)
The magnet size if 28mm * 10mm * 5mm