When I was about 5, my father took the time to explain the "centrifical force" We went and bought a gyroscope. He not only showed me how CF acts, but how it keeps things on a vertical plane if centered on the axis. (we balanced it on a string)
If he hadn't consiodered centrifical force seperate from inertia, I would still not understand the uses of centrifical force (such as autopilot, clutches, etc)
Perhaps Centrifcal force is non exsistant, and is only an effect of inertia, I don't know.
Describing it as "centrifical force" puts it into laymans terms. starting at the age of 5, I had firm grasp on how it worked. I have used that as a tool to understand the mechanics of how things work since then. (clutches, autopilot, stabilizers).
It gives the non-physics major a grasp on mecahnics that's quick and easy to understand.
I completely understand where you are coming from. A solid mass (like a grinding wheel) seems to exhibit centrifugal force.
A control line plane, on the other hand flys around you in circles, and the tension on the line appears to come from inertia.
If he hadn't consiodered centrifical force seperate from inertia, I would still not understand the uses of centrifical force (such as autopilot, clutches, etc)
Perhaps Centrifcal force is non exsistant, and is only an effect of inertia, I don't know.
Describing it as "centrifical force" puts it into laymans terms. starting at the age of 5, I had firm grasp on how it worked. I have used that as a tool to understand the mechanics of how things work since then. (clutches, autopilot, stabilizers).
It gives the non-physics major a grasp on mecahnics that's quick and easy to understand.
I completely understand where you are coming from. A solid mass (like a grinding wheel) seems to exhibit centrifugal force.
A control line plane, on the other hand flys around you in circles, and the tension on the line appears to come from inertia.
