A single bead can slide without friction on a vertical hoop of radiusr. The hoop rotates about its vertical axis and makes one complete revolution in T seconds. The position of the bead is described by the angle 0. At what 0> 0 can the bead stay stationary while the hoop rotates?
A single bead can slide without friction on a vertical hoop of radiusr. The hoop rotates about its vertical axis and makes one complete revolution in T seconds. The position of the bead is described by the angle 0. At what 0> 0 can the bead stay stationary while the hoop rotates?
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A single bead can slide without friction on a vertical hoop of radius r. The hoop rotates about its vertical
axis and makes one complete revolution in T seconds. The position of the bead is described by the angle 0.
At what 0 > 0 can the bead stay stationary while the hoop rotates?
r"
Transcribed Image Text:Question 4.
A single bead can slide without friction on a vertical hoop of radius r. The hoop rotates about its vertical
axis and makes one complete revolution in T seconds. The position of the bead is described by the angle 0.
At what 0 > 0 can the bead stay stationary while the hoop rotates?
r
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