This force can decrease with increasing velocity in an effect named for Stribeck, and it is described by Amonton's laws. Magnetic levitation avoids the "rolling" type of this force typically experienced by cars. The (*) coefficient for this force, symbolized μ [mew], relates the magnitude of this force to the normal force. For 10 points, name this force, whose static and k
This force can decrease with increasing velocity in an effect named for Stribeck, and it is described by Amonton's laws. Magnetic levitation avoids the "rolling" type of this force typically experienced by cars. The (*) coefficient for this force, symbolized μ [mew], relates the magnitude of this force to the normal force. For 10 points, name this force, whose static and kinetic types arise from resistance to motion.
This force can decrease with increasing velocity in an effect named for Stribeck, and it is described by Amonton's laws.