3. A bead is free to slide along a frictionless hoop of radius r. The plane of the hoop is horizontal, and the center of the hoop travels in a horizontal circle of radius R, with constant angular speed w, about a given point. Find the equation of motion for the position of the bead. Also, find the force of constraint. m 0 Ø R @t

icon
Related questions
Question
3. A bead is free to slide along a frictionless hoop of radius r. The plane of the hoop is
horizontal, and the center of the hoop travels in a horizontal circle of radius R, with constant
angular speed w, about a given point. Find the equation of motion for the position of the
bead. Also, find the force of constraint.
@of
R
----
m
10.
Transcribed Image Text:3. A bead is free to slide along a frictionless hoop of radius r. The plane of the hoop is horizontal, and the center of the hoop travels in a horizontal circle of radius R, with constant angular speed w, about a given point. Find the equation of motion for the position of the bead. Also, find the force of constraint. @of R ---- m 10.
Expert Solution
steps

Step by step

Solved in 3 steps with 5 images

Blurred answer
Similar questions
  • SEE MORE QUESTIONS