Asked by Randall
A 3.0g bead has been threaded onto a vertical, frictionless, circular hoop with a 20cm
radius. The bead is released from rest at 25º below the vertical.
(a) Find the speed of the bead when it is 70° below the vertical.
(b) Using the free-body diagram technique, find the normal force acting on the bead and the
radial and tangential components of its acceleration vector when it is 70º below the vertical.
radius. The bead is released from rest at 25º below the vertical.
(a) Find the speed of the bead when it is 70° below the vertical.
(b) Using the free-body diagram technique, find the normal force acting on the bead and the
radial and tangential components of its acceleration vector when it is 70º below the vertical.
Answers
Answered by
Randall
So far, I have only come up with an equation where the velocity is defined as
a = (V^2)/R
aR = V^2
V = √(aR)
Need help relating angle and mass to the resultant acceleration of radial and tangential acceleration.
a = (V^2)/R
aR = V^2
V = √(aR)
Need help relating angle and mass to the resultant acceleration of radial and tangential acceleration.
Answered by
eddie blevins
punk
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