Consider the semicircular wire rotating at f = 2 rev/s as shown below. Find the values of 0for which the bead will remain stationary with respect to the rotating wire. The bead has amass of Mslides along the wire with no friction. (Start with solving the problem with variables and thenplug in numbers!)100 gand the semicircular wire has a radius of R= 10 cm. Assume the bead

Given: The mass of the bead is M = 100 g The radius of the semi-circular wire is R = 10 cm The…

Consider the semicircular wire rotating at f = 2 rev/s as shown below. Find the values of 0 for which the bead will remain stationary with respect to the rotating wire. The bead has a mass of M = 100 gand the semicircular wire has a radius of R = 10 cm. Assume the bead slides along the wire with no friction. (Start with solving the problem with variables and then plug in numbers!)

Consider the semicircular wire rotating at f = 2 rev/s as shown below. Find the values of 0 for which the bead will remain stationary with respect to the rotating wire. The bead has a mass of M = 100 gand the semicircular wire has a radius of R = 10 cm. Assume the bead slides along the wire with no friction. (Start with solving the problem with variables and then plug in numbers!)